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In year 4, students are introduced to important maths concepts that become the building blocks for future mathematical learning. Let’s practise those concepts with this list of year 4 maths questions.
Author Katie Wickliff
Published February 2024
Table of contents
In addition to reviewing and strengthening the skills learned in previous years, year 4 maths students learn multiplication and division, explore fractions, calculate measurements, and more. Also, word problems at this level are often multi-step, requiring students to understand what operations to perform and how to perform them correctly.
This list of year 4 maths questions is intended to reinforce concepts students have already been taught. The list is divided into sections: addition, subtraction, multiplication, division, fractions, measurement, and multi-step problems. These sections allow students to specifically focus their practice, but feel free to skip around and choose the maths practice problems that best suit your child’s needs.
Section 1: addition.
At the school carnival, Hattie won 25 tickets at ring toss and 40 tickets at balloon darts. How many tickets did she win altogether?
There are 15 baby chicks at the barn. 12 more chicks are born. How many baby chicks are at the barn now?
How can you represent the number line with an equation?
Using the number line, solve 7+ _ = 22
Amir practises basketball three days a week. On Tuesday, he practises basketball for 60 minutes. On Wednesday, he practises for 37 minutes. On Thursday, he practises for 15 minutes. Which expression shows how to find the total number of minutes Amir practised? Circle the correct answer
Using the number line, solve 17-6=
There are 224 Lions fans and 212 Tigers fans at the football game. How many more Lions fans than Tigers fans are at the game?
An animal shelter has 27 kittens available for adoption. On Friday, 8 kittens are adopted. How many kittens are left at the shelter?
Gemma has 130 beads for bracelets. She gives 75 beads to Piper and 6 beads to Claire. Which expression shows how to find the total number of beads Gemma has left? Circle the correct answer.
Using the number line, solve 30- _ = 14
Using the picture below, write a multiplication equation to find the number of shapes
Francis and Jane are playing a card game. Francis has 7 cards. Jane has 3 times as many cards as Francis. How many cards does Jane have?
Using the number line to show hops, complete the multiplication sentence
Solve the equation
Mariela has 8 pages of maths homework. There are 4 questions on each page. How many total problems does Mariela have for maths homework?
Connor has 80 crayons that he will put into crayon boxes. Each crayon box can hold 8 crayons. How many crayon boxes does he need?
Using the number line to show hops, complete the division sentence
Natalie divided 12 marbles into equal groups of 3. Draw a representation to show equal grouping.
Craig’s mom brought 12 cookies to the soccer game. She shared them equally among Craig and 3 teammates. Which expression will solve the problem correctly? Circle the answer.
Using the number line, work out what A, B and C represent.
Plot ¼ on this number line:
A cheese pizza has 8 slices. Marco ate 2 of the slices. His dad at the rest. What fraction of the pizza did Marco eat? What fraction of the pizza did his dad eat?
There are 15 flowers in a garden. 10 flowers are yellow and the rest are red. What is the fraction of red flowers in the garden?
Using the number line, find the value of K and L. Which is bigger?
Sarah has two £10 notes. Her sister has one £5 note. They combine their money to buy a game that costs £22 pounds. How much change will they receive?
Dad baked 36 cookies for the bake sale. Jonas baked 24 cookies for the bake sale. His brother ate 5 cookies before the bake sale started. How many cookies do they have left to sell?
The school bus seats 75 students in all. On Friday, the school bus was full. At the first stop, 7 students got off. At the second stop, 15 students got off. How many children were left on the bus?
George has 25 water balloons. He wants to divide the water balloons equally between himself and 2 friends. How many water balloons will each get? Will there be any water balloons left over?
On Monday, Julia walked 5 kilometres. On Tuesday, she walked 3 kilometres. On Wednesday, she walked 7 kilometres. A marathon is 42 kilometres. How many more kilometres would Julia have to walk to have walked a full marathon?
25+40= 65. Hattie won 65 tickets
15+12= 27. 27 baby chicks are at the barn
7+ 15= 22. This should be represented by 15 “hops” on the number line
17-6=11. This should be represented by 11 “hops” on the number line
224-212= 12. There are 12 more Lions fans than Tiger fans
27-8= 19. There are 19 kittens left at the shelter.
2×3=6; 3×2=6
7×3=21. Jane has 21 cards.
8×4= 32
40÷8= 5. It will take Max 5 days to pay Bennett.
Drawing should show 3 groups of 4 marbles each.
The ¼ should be plotted on the point between 0 and ½
Marco ate 2/8 (or ¼) of the pizza. His dad ate 6/8 (or ¾) of the pizza
5/15 (or ⅓)
K= ⅜, L= 6/8 (or ¾). L is larger.
£10+£10= £20.
£20+£5=£25.
£25-£22= £3
Sarah and her sister will receive £3 in change
They have 55 cookies left to sell
53 students are left on the bus
George and his friends each get 6 water balloons, with one left over.
5 + 3 + 7 = 15
42 – 15 = 27
Julia must walked 27 more kilometres.
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Lesson credits
Katie Wickliff
Katie holds a master’s degree in Education from the University of Colorado and a bachelor’s degree in both Journalism and English from The University of Iowa. She has over 15 years of education experience as a K-12 classroom teacher and Orton-Gillingham certified tutor. Most importantly, Katie is the mother of two elementary students, ages 8 and 11. She is passionate about math education and firmly believes that the right tools and support will help every student reach their full potential.
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This Problem-Solving Booklet is a great resource for your students to practise utilising problem-solving skills.
This booklet has 18 pages of questions, having students apply addition, subtraction, division, and multiplication operations to answer the problem. Each page has the students identify the operation needed and the problem-solving strategy they will use, then record the number sentence to solve the problem. Some problems have multiple steps to extend students. It also contains two cover pages as it may be suitable to use with other year grades.
This would work well in small group activities, extension work, or as an independent task.
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Childs Subject Year Group Maths Year 1 ages(5-6) Maths Year 2 ages(6-7) Maths Year 3 ages(7-8) Maths Year 4 ages(8-9) Maths Year 5 ages(9-10) Maths Year 6 ages(10-11) Maths Year 7 ages(11-12) Maths Year 8 ages(12-13) Maths Year 9 ages(13-14) Maths Year 10 ages(14-15)
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Year 4 maths worksheets
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Your child can learn, practice and test their year 4 (age 8 - 9) maths skills with these automatically marked, interactive year 4 maths worksheets. We’ve created these math worksheets for year 4 as close to the National Curriculum as possible to help your child learn and develop their understanding of key topics. These revision materials should help your child start to build on their knowledge of year 3 maths and help them progress towards more difficult topics. This year they'll be working towards consolidating the Lower Key Stage 2 (years 3 and 4) math topics, which you can do with our year 4 counting and year 4 decimals worksheets amongst many others, helping to prepare for year 4 maths tests and assessments.
Brand new for 2024, we've created a range of 100% free year 4 maths PDF worksheets for you to work through with your child. Download the printable worksheet PDF, and your child can both learn and answer questions.
Revise popular maths topics, this terms popular year 4 maths worksheets.
We know that finding the perfect resources to help your child isn't easy, which is why we've put together a selection of easy to pick up year 4 maths worksheets to get them started!
Identify Quadrilaterals TRY WORKSHEET FOR FREE
Follow Coordinate Directions Correctly to Find the Treasure TRY WORKSHEET FOR FREE
Give Coordinates Correctly to Find the Treasure TRY WORKSHEET FOR FREE
Identify Different Quadrilaterals TRY WORKSHEET FOR FREE
Check Answers to Calculations Using the Inverse Operation TRY WORKSHEET FOR FREE
Find the Answer by Doing the Inverse Operation TRY WORKSHEET FOR FREE
Improve Your Ability to Solve Two-Step Word Problems TRY WORKSHEET FOR FREE
Practise Solving Word Problems TRY WORKSHEET FOR FREE
Order Angles and Identify Regular and Irregular Shapes TRY WORKSHEET FOR FREE
Practise Ordering Angles and Identifying Regular and Irregular Shapes TRY WORKSHEET FOR FREE
Practise Sorting Angles into Acute or Obtuse TRY WORKSHEET FOR FREE
Recognise Right Angles in Shapes TRY WORKSHEET FOR FREE
Assessment: Back-to-school (Y4) PREVIEW WORKSHEET
Assessment: English, Maths and Science Combined (Y4) PREVIEW WORKSHEET
Plot Missing Points on a Grid TRY WORKSHEET FOR FREE
Plot Points on a Graph to Form Letters TRY WORKSHEET FOR FREE
Plot Simple Shapes on a Grid TRY WORKSHEET FOR FREE
Practise Plotting Missing Points on a Grid TRY WORKSHEET FOR FREE
Count Back Through Zero TRY WORKSHEET FOR FREE
Count Backwards and Forwards Through Zero TRY WORKSHEET FOR FREE
Count Below Zero TRY WORKSHEET FOR FREE
Cross Zero When Counting Backwards and Forwards TRY WORKSHEET FOR FREE
Add Numbers with Two Decimal Places TRY WORKSHEET FOR FREE
Add Three Numbers with Two Decimal Places TRY WORKSHEET FOR FREE
Compare Decimal Numbers TRY WORKSHEET FOR FREE
Count in Hundredths TRY WORKSHEET FOR FREE
Assessment: End of Term 1 PREVIEW WORKSHEET
Assessment: End of Term 2 PREVIEW WORKSHEET
Assessment: End of Term 3 PREVIEW WORKSHEET
Assessment: End of Year PREVIEW WORKSHEET
Add and Subtract Fractions Including Beyond One Whole TRY WORKSHEET FOR FREE
Add and Subtract Mixed Number Fractions with the Same Denominator TRY WORKSHEET FOR FREE
Add Fractions with the Same Denominator TRY WORKSHEET FOR FREE
Convert Between Decimals and Both Mixed and Improper Fractions TRY WORKSHEET FOR FREE
Compare Data Presented in a Line Graph TRY WORKSHEET FOR FREE
Read and Compare Data Presented in Line Graphs TRY WORKSHEET FOR FREE
Compare Data in Pie Charts to Answer Questions TRY WORKSHEET FOR FREE
Interpret Information in Time Tables TRY WORKSHEET FOR FREE
Interpret Line Graphs TRY WORKSHEET FOR FREE
Read Data From a Bar Chart TRY WORKSHEET FOR FREE
Retrieve Data about Cars From a Table of Results TRY WORKSHEET FOR FREE
Understand Data in a Pictogram TRY WORKSHEET FOR FREE
Arrange Numbers in Ascending Order TRY WORKSHEET FOR FREE
Arrange Numbers in Descending Order TRY WORKSHEET FOR FREE
Complete Sequences by Filling in Gaps TRY WORKSHEET FOR FREE
Create the Largest and Smallest Four-Digit Numbers TRY WORKSHEET FOR FREE
Select the Most Appropriate Unit of Measure TRY WORKSHEET FOR FREE
Calculate Areas and Perimeters of Rectangles TRY WORKSHEET FOR FREE
Calculate Perimeter by Finding Missing Measures TRY WORKSHEET FOR FREE
Calculate the Area of a Rectangle TRY WORKSHEET FOR FREE
Subtract 1,000 from a Four-Digit Number TRY WORKSHEET FOR FREE
Add 1,000 to Four-Digit Numbers TRY WORKSHEET FOR FREE
Add 1,000 to Numbers that are Less than 1,000 TRY WORKSHEET FOR FREE
Add or Subtract 1,000 With Four-Digit Numbers TRY WORKSHEET FOR FREE
Solve Money Problems TRY WORKSHEET FOR FREE
Calculate Fractions of Amounts of Money TRY WORKSHEET FOR FREE
Calculate Problems Involving Fractions of Money TRY WORKSHEET FOR FREE
Convert Pence into Pounds TRY WORKSHEET FOR FREE
Assessment: Addition and Subtraction PREVIEW WORKSHEET
Assessment: Fractions and Decimals PREVIEW WORKSHEET
Assessment: Geometry - Position and Direction PREVIEW WORKSHEET
Assessment: Geometry and Properties of Shape PREVIEW WORKSHEET
Place Value
Find the Value of Digits in Numbers TRY WORKSHEET FOR FREE
Identify the Value of Digits in Numbers TRY WORKSHEET FOR FREE
Identify the Value of Digits in Numbers Including Zero as a Place Holder TRY WORKSHEET FOR FREE
Understand the Use of Zero as a Place Holder in 4-Digit Numbers TRY WORKSHEET FOR FREE
Count Backwards Through Zero TRY WORKSHEET FOR FREE
Count Backwards to Include Negative Numbers TRY WORKSHEET FOR FREE
Count in Multiples of 1,000 TRY WORKSHEET FOR FREE
Count in Multiples of 25 TRY WORKSHEET FOR FREE
Convert Numbers up to 100 to Roman Numerals TRY WORKSHEET FOR FREE
Convert Numbers up to 50 to Roman Numerals TRY WORKSHEET FOR FREE
Practise Reading and Writing Roman Numerals up to 100 TRY WORKSHEET FOR FREE
Read, Write, and Match Roman Numerals up to 50 TRY WORKSHEET FOR FREE
Practise Rounding Numbers to the Nearest 10, 100 or 1,000 TRY WORKSHEET FOR FREE
Round Numbers to the Nearest 10, 100 or 1,000 TRY WORKSHEET FOR FREE
Interpret Data from a Bar Graph TRY WORKSHEET FOR FREE
Read and Interpret Information in a Table TRY WORKSHEET FOR FREE
Count Lines of Symmetry TRY WORKSHEET FOR FREE
Find Lines of Symmetry TRY WORKSHEET FOR FREE
Find Lines of Symmetry in Letters TRY WORKSHEET FOR FREE
Identify Lines of Symmetry TRY WORKSHEET FOR FREE
Practise Using Digital and 24-hour Time TRY WORKSHEET FOR FREE
Calculate How Many Weeks in a Number of Days TRY WORKSHEET FOR FREE
Change Times from Analogue to Digital TRY WORKSHEET FOR FREE
Convert From Analogue to Digital Time including Quarter Past and Quarter To the Hour TRY WORKSHEET FOR FREE
Practise Your 11 Times Table TRY WORKSHEET FOR FREE
Practise Your 12 Times Table TRY WORKSHEET FOR FREE
Practise Your 6, 7, 9, 11 and 12 Times tables TRY WORKSHEET FOR FREE
Practise Your 9 Times Table TRY WORKSHEET FOR FREE
Above, you'll find a list of interactive and printable year 4 maths worksheets, assessments and revision materials by topic which have been designed by teachers to help your child improve their understanding and comprehension of the topics taught in schools.
All of our worksheets are available to complete online or in a pdf printable format so you can decide how to plan lessons yourself. Our expert team of teachers make sure our year 4 maths worksheets are always kept up to date so they’re 100% aligned to the National Curriculum and can provide you visibility to your child's progress throughout the year, and can help prepare for year 4 maths tests. If you need support across other subjects, you can also take a look at our year 4 science worksheets and our year 4 English worksheets . Try one of the above sample free year 4 maths worksheets to test your child's attainment levels - we're here to help your child succeed!
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In KS2 Maths, children have fun solving problems from real-life situations. For example, in Year Four, they tackle challenges like converting measurements, such as centimetres to metres or minutes to hours.
Real problems are everywhere! Like figuring out how long it takes to walk to school or how much money you'll have left after buying sweets. But, how do we solve these problems? It's all about finding solutions! This quiz asks questions about everyday situations, testing your skills in addition, subtraction, multiplication, division, weights, distances, capacities, and time.
Life is full of exciting problems to solve. Take this quiz to practice and see how well you can tackle real-life challenges. Get ready for the adventures of KS2 Maths!
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This category is all about children choosing the most appropriate method to achieve a quick and accurate answer and to be able to explain their methods and reasoning.
Problem solving: finding the missing digits in 4-digit numbers. Tricky!
Problem solving: finding the values of missing counters. Logical thinking and careful work needed here!
Reasoning about numbers on a number line and rounding numbers.
More reasoning about number and place value.
Not only do the questions have to be answered, but explanations given. These pages really show how well children understand what they are doing.
More written explanations on which operation to use and whether the question should be done mentally or on paper.
Lots of questions, most of which can be done mentally. The important thing is to explain how they were tackled.
Decide which operation is needed (add, subtract, multiply, divide) and whether a calculator, or pencil and paper are needed, or whether it can be done, 'in your head'.
A selection of problem solving activities and word problems.
Here are some problems written in words. Fairly straightforward as they require just one mathematical step to work out the answer
Some word problems that need at least two steps to find the answer. This makes them much harder, so careful thinking is needed.
5 pages of word problems, all involving money. Some are suitable for calculator work as they are specially written to make the process the most important factor: it is no use having a calculator if you don't know what calculation to carry out!
A range of number and money problems, typical of those found in KS2 test papers.
More number and money problems, typical of those found in KS2 test papers.
Tricky word problems involving time and money.
More word problems; this time on measurement of length, mass and capacity. These really test children's understanding of when to use addition, subtraction, multiplication or division to solve a problem.
Time problems are especially tricky, especially when finding lengths of time that cross the hour boundary. A good knowledge of the number of days in each month is also needed.
Not many problems on a page, but there is an awful lot within each question. Each is a mini investigation, which can be explored in depth.
Number patterns, remainders, number machines and much more in this mixed selection of problems.
Working out the missing value.
More working out missing values.
Using the instructions on the packet what is the maximum number of bulbs that can be grown in the garden?
Using the instructions on the packet what is the maximum number of seeds that can be sown in the garden?
Using the instructions on the packet what is the maximum number of vegetables that can be grown in the garden?
An addition challenge suitable for year 4 on.
The fish are all called numbers. Can you work out their names by solving the clues?
More open ended activities where children choose the approach to the task.
Making rules for sequences is an early step towards understanding algebra, and an important part of Year 5 maths. More 'How would you...?' type questions as well.
How many different three course meals can Sam choose?
Investigate patterns made by placing consecutive numbers in a number square.
A great little investigation which has plenty of extension possibilities.
Fun addition investigation using the date: 22.02.2022.
Some thoughts on how important this area of maths is.
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There are 51 NRICH Mathematical resources connected to NC Yr 4 , you may find related items under NC .
Can you find any two-digit numbers that satisfy all of these statements?
Find as many different ways of representing this number of dots as you can.
How would you put these journey lengths in order?
Can you use addition and subtraction to answer these questions about real-life distances?
How do you know whether you will reach these numbers when you count in steps of six from zero?
Who said that adding, subtracting, multiplying and dividing couldn't be fun?
Players take it in turns to choose a dot on the grid. The winner is the first to have four dots that can be joined to form a square.
Four strategy dice games to consolidate pupils' understanding of rounding.
Use two dice to generate two numbers with one decimal place. What happens when you round these numbers to the nearest whole number?
Look at different ways of dividing things. What do they mean? How might you show them in a picture, with things, with numbers and symbols?
This activity challenges you to decide on the 'best' number to use in each statement. You may need to do some estimating, some calculating and some research.
Watch the video to see how to fold a square of paper to create a flower. What fraction of the piece of paper is the small triangle?
This activity focuses on similarities and differences between shapes.
Each light in this interactivity turns on according to a rule. What happens when you enter different numbers? Can you find the smallest number that lights up all four lights?
A task which depends on members of the group noticing the needs of others and responding.
This task develops spatial reasoning skills. By framing and asking questions a member of the team has to find out what mathematical object they have chosen.
This task depends on groups working collaboratively, discussing and reasoning to agree a final product.
Nearly all of us have made table patterns on hundred squares, that is 10 by 10 grids. This problem looks at the patterns on differently sized square grids.
In this activity, the computer chooses a times table and shifts it. Can you work out the table and the shift each time?
Can you place the blocks so that you see the reflection in the picture?
There are nasty versions of this dice game but we'll start with the nice ones...
Play this game and see if you can figure out the computer's chosen number.
You have two sets of the digits 0-9. Can you arrange these in the five boxes to make four-digit numbers as close to the target numbers as possible?
How will you complete these interactive Venn diagrams?
On the graph there are 28 marked points. These points all mark the vertices (corners) of eight hidden squares. Can you find the eight hidden squares?
These eleven shapes each stand for a different number. Can you use the number sentences to work out what they are?
Can you complete this jigsaw of the multiplication square?
Investigate how the four L-shapes fit together to make an enlarged L-shape. You could explore this idea with other shapes too.
What do the numbers shaded in blue on this hundred square have in common? What do you notice about the pink numbers? How about the shaded numbers in the other squares?
Use the clues about the symmetrical properties of these letters to place them on the grid.
These rectangles have been torn. How many squares did each one have inside it before it was ripped?
Use the interactivity to move Pat. Can you reproduce the graphs and tell their story?
Using the picture of the fraction wall, can you find equivalent fractions?
This practical problem challenges you to make quadrilaterals with a loop of string. You'll need some friends to help!
How many different triangles can you make on a circular pegboard that has nine pegs?
These sixteen children are standing in four lines of four, one behind the other. They are each holding a card with a number on it. Can you work out the missing numbers?
Andy had a big bag of marbles but unfortunately the bottom of it split and all the marbles spilled out. Use the information to find out how many there were in the bag originally.
Use the two sets of data to find out how many children there are in Classes 5, 6 and 7.
Use the lines on this figure to show how the square can be divided into 2 halves, 3 thirds, 6 sixths and 9 ninths.
Find out what a Deca Tree is and then work out how many leaves there will be after the woodcutter has cut off a trunk, a branch, a twig and a leaf.
How many symmetric designs can you make on this grid? Can you find them all?
Where can you put the mirror across the square so that you can still "see" the whole square? How many different positions are possible?
I'm thinking of a number. My number is both a multiple of 5 and a multiple of 6. What could my number be?
Find the missing coordinates which will form these eight quadrilaterals. These coordinates themselves will then form a shape with rotational and line symmetry.
The discs for this game are kept in a flat square box with a square hole for each. Use the information to find out how many discs of each colour there are in the box.
Sally and Ben were drawing shapes in chalk on the school playground. Can you work out what shapes each of them drew using the clues?
On the planet Vuv there are two sorts of creatures. The Zios have 3 legs and the Zepts have 7 legs. The great planetary explorer Nico counted 52 legs. How many Zios and how many Zepts were there?
Can you dissect an equilateral triangle into 6 smaller ones? What number of smaller equilateral triangles is it NOT possible to dissect a larger equilateral triangle into?
Cut four triangles from a square as shown in the picture. How many different shapes can you make by fitting the four triangles back together?
There are three tables in a room with blocks of chocolate on each. Where would be the best place for each child in the class to sit if they came in one at a time?
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This beginner-friendly overview of square numbers in math is for everyone, from seven- to seventy-year-olds, looking to learn new mathematical concepts or refresh their memory. Read on to find simple definitions, and fun applications and exercises.
A square number is the result of multiplying a number by itself.
For instance, if you take the number 3 and multiply it by 3, you get 9.
9 is a square number because it’s the product of multiplying 3 by itself.
In math, we write this as 3² (we read it as “three to the second power” or “three squared”). We call the “ 3 ” in 3² the base and we call “ ² ” the exponent .
Let’s look at some examples to understand square numbers better:
Refresh Your Memory: What is a Factor in Math?
In addition to “square numbers,” you might have also heard about “square roots.”
Square numbers and square roots are like two sides of the same coin — they represent opposite actions.
Since square roots are a whole new topic, let’s look at a brief example:
As we said, a square number is a result of multiplying a number by itself. For example, 3 multiplied by 3 equals 9 (3² = 9), so the number 9 is a square number.
A square root is the opposite of a square number. A square root is the number you multiply by itself to get another number. We show it with this symbol: √ (radical symbol or surd). For example, the square root of 9 is 3 (√9 = 3), and the square root of 25 is 5 (√25 = 5).
If you thought square numbers must have something to do with squares, you would have been correct!
Square numbers are called “squared” because they make the shape of a square.
Squares have sides of equal length. To find the area of a square, you just need to multiply one side by itself, or “square” it.
Squares are like puzzle pieces in math. They fit into various math classes and fields.
Pre-Algebra and Algebra : In algebra, we use square numbers in equations. Let’s say that we have the expression . In algebra, this means “x squared” or “x multiplied by itself.” For example, if , then would be or which equals .
Geometry : In geometry we use square numbers to measure the area inside of a square based on its side lengths. Let’s look at a square with sides of length that are 4 centimeters long for this example. To find the area of this square, we square the length of one of its sides. In this case, the length of one side is 4 centimeters. So, the area of the square would be 16 square centimeters.
Number Theory : In number theory, we use square numbers to study patterns and relationships between numbers. For example, the sequence 1, 4, 9, 16, 25, 36 is a list of square numbers. How do we know this? Each number in the sequence is made by multiplying a natural number by itself.
Here’s proof:
Check out this video demonstrating a cool trick for squaring numbers ending in 0 or 5.
Let’s see how numbers from 1 to 12 are squared.
Check out this short guide to squaring any number (no matter how big!) using mental math and Number Sense.
We can easily use (and practice!) square numbers outside the classroom, especially when we want to calculate the surfaces.
Here are a couple of examples of how you can put square numbers to practice, plus how we use them to plan and build the spaces you are using every day:
Take your toy bricks with studs and a studded baseplate to place them on. The rule of the game is: count the number of studs on a piece and put that many bricks one next to another on the baseplate.
As you start to count the number of studs in each group of bricks, you will get square numbers of studs on single bricks.
Kids over the age of 12 might like this one!
If you are familiar with virtual house-building games, you’ll know that these games often provide you with “plots” overlaid with square patterns
Next time you outline your square living room or bedroom, count the number of squares and you’ll get a square number. Simple as that!
From planning playgrounds to rooms and buildings, you can see square numbers in action in any square-shaped space.
Take the measuring tape and measure one side of your room. Multiply that number by itself and you’ll get the size of your floor if the room is perfectly square. For example, if each side of your room is 10ft wide, the surface of your square floor would be 10x10ft = 100ft 2 (read as “square feet”).
Is 100 a square number?
Yes! Yes, it is.
Ask your parents, engineers, or architects in your family to see how they use square numbers to plan and build the spaces you use every day.
Your time to shine! Let’s review what we’ve learned with these simple exercises.
Exercise 1 : Square Number Multiplication
Let’s calculate these:
7 2 =___________
9 2 =___________
5 2 =___________
11 2 =___________
Exercise 2 : Missing Square Numbers
Fill in the missing square numbers in the sequence:
1, __, 9, __, 25, __, 49, 64, __, 100
Exercise 3: Square Number Word Problems
Try to solve these 3 word problems:
Completed the exercises?
Scroll to the end to check your answers.
A Neat Trick: Learn How to Square Any Number
Find answers to common queries regarding the properties and applications of square numbers.
Students usually encounter the basic square numbers when learning addition in early elementary school. They then formally begin to learn about square numbers later in elementary school, typically around grades 4 to 6.
Mathnasium works with elementary school students of all ages and skill levels to help them master math, including square numbers.
Yes, zero is a square number because 0 x 0 = 0.
Not all positive numbers can be square numbers. For example, 7 is a positive number, but it’s not a square number because you can’t make 7 by multiplying a number by itself.
Yes, you can square a negative number. Squaring a negative number also means multiplying the number by itself. When you square a negative number, the result is always positive because multiplying a negative number by a negative number always makes a positive number.
Let’s look at these examples:
-2 squared is (-2) * (-2) = 4
-3 squared is (-3) * (-3) = 9
-4 squared is (-4) * (-4) = 16
Mathnasium’s specially trained tutors work with students of all skill levels to help them learn and master any K-12 math topic, including squared numbers.
Our tutors assess each student’s skills to create personalized learning plans that will put them on the best path to math mastery.
Find a Mathnasium Learning Center near you, schedule an assessment, and enroll today!
CTA: Find a Math Tutor Near You
Completed your square number exercises? Check your answers:
5 2 = 25
7 2 = 49
9 2 = 81
1, _ 4 _, 9, _ 16 _, 25, _ 36 _, 49, 64, _ 81 _, 100
Answer a few questions to see how it works, my child is:.
Mathnasium meets your child where they are and helps them with the customized program they need, for any level of mathematics.
What is delta in math here’s everything you need to know.
Welcome to our beginner-friendly guide to the delta symbol (Δ) in math! Learn about its background, how it’s used in various math subjects, and take a short quiz to test your knowledge.
Find everything you need to get started with factors in math, from simple definitions to easy-to-follow examples, guides to factorization, and fun quizzes.
Help your child achieve their full math potential, we have nearly 1,000 neighborhood centers nationwide. get started now..
For more audio journalism and storytelling, download New York Times Audio , a new iOS app available for news subscribers.
Some of the rulings that came before the justices’ decision on presidential immunity could prove to have just as big an impact..
This transcript was created using speech recognition software. While it has been reviewed by human transcribers, it may contain errors. Please review the episode audio before quoting from this transcript and email [email protected] with any questions.
From “The New York Times,” I’m Michael Barbaro. This is “The Daily.”
When the Supreme Court wrapped up its term last week, much of the focus was on the ruling that gave Donald Trump sweeping immunity from criminal prosecution. But as my colleague Adam Liptak explains, a set of rulings that generated far less attention could have just as big an impact on American government and society.
It’s Monday, July 8.
Adam, welcome back. It hasn’t been very long, but we want to talk to you about the rest of the Supreme Court’s decisions that happened over the past few weeks, the rest meaning the non-Trump decisions. There were a lot of other cases, many of which we covered on the show over the past year, but we haven’t yet talked about where the justices landed as they issued their rulings on these cases over the past few weeks. So I wonder if you can walk us through some of the bigger decisions and what, taken as a whole, this entire term really means. So where should we start?
Well, this term had so many major cases, Michael, on so many important issues touching all aspects of American politics and society, that it’s a little hard to know where to start. But I think one way to think about the term is to ask, how much is this a 6-3 court? There are six conservatives in the majority, the three liberal justices in dissent. Are we going to get that kind of classic lineup time after time after time?
And one way to start answering that question is to look at two areas which are kind of part of the court’s greatest hits, areas where they’ve done a lot of work in the last few terms — guns and abortion.
OK, let’s start with guns.
The court had two big guns cases. One of them involved the Second Amendment and broke 8 to 1 against Second Amendment rights. Only Justice Clarence Thomas, the most avid supporter of gun rights, was in dissent. So let me tell you just a little bit about this case.
There’s a federal law that says people subject to domestic violence restraining orders, it’s a crime for them to have guns. A guy named Zackey Rahimi was subject to such a domestic violence restraining order, but he goes to court and says, this law violates my Second Amendment rights. The Second Amendment protects me and allows me to have a gun even if I’m in this status.
And that goes to the Supreme Court. And the way the Supreme Court analyzes this question is it looks to a test that it established only a couple of years ago, in 2022, which said you judge the constitutionality of gun control laws using history. You kind of go back in time and you see whether the community and the founding era disarmed people in the same way that the current law disarms people.
And you might think that actually, back in the 1700s, there were no such things as domestic violence restraining orders. So you might think that the answer is, this contemporary law is unconstitutional. But Chief Justice John Roberts, writing for an eight-justice majority, says, no, that’s not quite right. We’re going to kind of roll back the specificity of the test and look at very general principles. Can you disarm dangerous people back then? And if you can do that, then you can disarm Rahimi, even under this law that the founding generation could not have contemplated.
That’s really interesting. So the court, its conservative majority especially, seems to be saying that our last big decision made it too hard to regulate guns. We need to fix that. So we’re going to search really hard for a way to make sure that somebody with a restraining order for domestic abuse can’t legally have a gun.
Right. On the other hand, there was a second guns case, not involving the Second Amendment, but posing an important issue. The question in the case was whether the Trump administration was allowed to enact a gun control regulation in 2017 after the Las Vegas shooting in which, at an outdoor music festival, a gunman killed 58 people, wounded 500 more.
And the Trump administration, prompted by this massacre, they issue a regulation that tries to outlaw bump stocks. What are bump stocks? They’re devices that turn semi-automatic weapons into weapons that can fire at rates approaching a machine gun. And drawing on the authority of a 1934 law which bans, for the most part, civilian ownership of machine guns, it said bump stocks are basically the same thing, and we will, by regulation, outlaw them.
And the question for the court was, did the 1934 law authorize that? And here — and this is a typical split on this kind of stuff — the majority, the conservative majority, takes a textualist approach. It bears down on the particular words of the statute. And Justice Thomas looks at the words that Congress said a machine gun is one where a single function of the trigger causes all of these bullets to fly. And a bump stock, he said, is not precisely that. Therefore, we’re going to strike down this regulation.
So how do you reconcile these two divergent gun rulings, one where the court works really hard to allow for gun restrictions in the case of domestic abusers, and another where they seem to have no compunction about allowing for a bump stock that I think most of us, practically speaking, understand as making a semiautomatic weapon automatic in the real world?
I think the court draws a real distinction between two kinds of cases. One is about interpreting the Constitution, interpreting the Second Amendment. And in that area, it is plowing new ground. It has issued maybe four major Second Amendment cases, and it’s trying to figure out how that works and what the limits are. And the Rahimi case shows you that they’re still finding their way. They’re trying to find the right balance in that constitutional realm where they are the last word.
The bump stocks case doesn’t involve the Constitution. It involves an interpretation of a statute enacted by Congress. And the majority, in those kinds of cases, tends to read statutes narrowly. And they would say that that’s acceptable because unlike in a constitutional case, if it’s about a congressional statute, Congress can go back and fix it. Congress can say whatever it likes.
Justice Samuel Alito said, in the bump stocks case, this massacre was terrible, and it’s a pity Congress didn’t act. But if Congress doesn’t act, a regulator can’t step in and do what Congress didn’t do.
That’s interesting, because it suggests a surprising level of open-mindedness among even the court’s most conservative justices to an interpretation of the Constitution that may allow for a greater level of gun regulation than perhaps we think of them as being interested in.
Yeah. When we’re talking about the Constitution, they do seem more open to regulating guns than you might have thought.
OK. You also mentioned, Adam, abortion. Let’s talk about those decisions from this court.
So the Court, in 2022, as everyone knows, overturned Roe v. Wade, eliminated the constitutional right to abortion. But in two cases this term, they effectively enhanced the availability of abortion.
One of them involves emergency rooms. There’s a federal statute that says that emergency rooms that receive federal money have to treat patients and give them stabilizing care if they arrive in the emergency room. That seems to conflict with a strict Idaho law that prohibits abortions except to save the life of the mother.
The court agrees to hear the case, it hears arguments, and then it dismisses the case. It dismisses it as improvidently granted, which is judicial speak for “never mind.” But it’s very tentative. The court merely dismissed the case. It said it was too early to hear it. They’re going to look at it later. So it’s a very tentative sliver of a victory for abortion rights.
But nonetheless, the effect of this is to suspend the Idaho law, at least to the extent it conflicts with the federal law. And it lets emergency abortions continue. Women in Idaho have more access to emergency abortions as a consequence of this decision than if the court had gone the other way.
And of course, the other abortion case centered on the abortion pill, mifepristone.
Right. And that pill is used in a majority of abortions. And the availability of that pill is crucial to what remains of abortion rights in the United States. Lower courts had said that the Food and Drug Administration exceeded its authority in approving these abortion pills. And the case comes to the Supreme Court.
And here, again, they rule in favor of abortion rights. They maintain the availability of these pills, but they do so, again, in a kind of technical way that does not assure that the pills will forever remain available. What the court says, merely — and unanimously — is that the particular plaintiffs who challenged the law, doctors and medical groups who oppose abortion, didn’t have standing, hadn’t suffered the sort of direct injury, that gave them the right to sue.
And it got rid of the case on standing grounds. But that’s not a permanent decision. Other people, other groups can sue, have sued. And the court didn’t decide whether the FDA approval was proper or not, only that the lawsuit couldn’t go forward. And here, too, this case is a victory for abortion rights, but maybe an ephemeral one, and may well return to the court, which has not given an indication of how it will turn out if they actually address the merits.
Got it. So this is a court, the one you’re describing in these rulings, acting with some nuance and some restraint?
Yeah, this picture is complicated.
This is not the court that we’re used to thinking about. There are a lot of crosscurrents. There are a lot of surprises. And that was true, in those cases, on big issues, on guns and abortion. But in another set of cases, the court moved aggressively to the right and really took on the very power and structure of the federal government.
[MUSIC PLAYING]
We’ll be right back.
So Adam, tell us about these cases where the court was less nuanced, less, perhaps, judicious, and really tried to move aggressively to the right and take on the power of government?
So it’s been a long-term goal of the conservative legal movement to weaken the power of regulators, of taking on what they call the administrative state. And this term, the court really vindicated that decades-old project primarily by overruling the foundational precedent in this area, a precedent that gave expert agencies the power to interpret federal laws and enact regulations to protect consumers, investors, all manner of people.
And the court overruled that decision called Chevron. It was as important as the court, two years ago, overruling the right to abortion, one year ago, overruling affirmative action in higher education. This decision will reshape the way the federal government does its work.
Right. And Adam, as I recall, because we did a whole episode about this with you, Chevron created a framework whereby if a law has any ambiguity about how it’s supposed to play out, that the experts within the federal government, within the EPA or the FDA, you name the agency, that we collectively defer to them and their wisdom, and that that becomes the basis for how these laws get interpreted and carried out.
That’s right. And if you think about it, Michael, Congress can’t anticipate every circumstance. Congress will, on purpose sometimes, and inevitably at other times, leave gaps in the law. And those gaps need to be filled by someone. And the choice that the Chevron decision made was to say, we’re going to let the expert regulator fill in those gaps. If there are ambiguities in statutes, the reasonable interpretation of the regulator will get deference from courts.
Experts, not judges, will decide this matter, is what Chevron said 40 years ago. And it’s really hard to overstate the consequences of overruling Chevron. It will open countless, countless regulations to judicial challenge. It may actually kind of swamp the courts. The courts have relied very heavily on Chevron to make difficult decisions about complicated stuff, questions about the environment, and food safety, and drugs, and securities, questions that really often require quite technical expertise.
So what was the court’s rationale for changing that Chevron framework that’s been in place for so long?
What the six-justice majority opinion written by Chief Justice Roberts says is that Chevron was a wrong turn from the outset, that unelected bureaucrats should not be empowered to say what the law means, that that’s the job of judges. So it moves from the expert agency to federal judges the determination of all sorts of important issues. And it probably has the effect of deregulating much of American society.
I mean, in the old world, the regulator had a thumb on the scale. The regulator’s interpretation of an ambiguous statute was the one that counted. And now, the judge will have a fresh look at it. That doesn’t mean that, in every case, the challenger wins, and in every case, the regulator loses. But it shifts the balance and it makes challenges more likely to succeed.
Where else did we see this instinct by the court to challenge the government’s authority in this term?
So right after the court overturns Chevron, it issues a second decision that really amplifies the power of that decision, because it says that challenges can be brought not only in the usual six-year statute of limitations from when a regulation is issued, but six years from when it first affects a company.
And bear with me, because that’s a big difference. If I start a company tomorrow, I have six years to sue over a regulation that affects it, even though that regulation may have been in place for 30 years. So it restarts the clock on challenges, and that one-two punch, both of them decided by 6-3 majorities, go even further in reshaping the ability of the federal government to regulate.
I just want to be sure I understand something. So in the past, let’s say the Clean Water Act was passed in the 1970s. Under the old statute of limitations, a company could sue and say that regulation is a problem for six years. But you’re saying a new company formed right now could go back and sue over something in a 30 - or 40-year-old law and how it’s being interpreted. In other words, this ruling means there really isn’t a statute of limitations on challenging these regulations any longer.
That’s right. And it’s not as though you can’t form a company just for the purpose of litigation. I mean, it completely opens up the ability of industries, trade groups just to set up a trivial nothing company that will then be said to be affected by the regulation and then can sue from now until the end of time.
And the liberal justices sure understood what was happening here, that this one-two punch, as Justice Ketanji Brown Jackson wrote in dissent, was a catastrophe for regulators. She wrote, “At the end of a momentous term, this much is clear — that tsunami of lawsuits against agencies that the court’s holdings in this case have authorized has the potential to devastate the functioning of the federal government.”
It’s a pretty searing warning.
Yeah. I mean, talking about regulations and administrative law might put some people to sleep, but this is a really big deal, Michael. And as if those two cases were not a substantial enough attack on the federal government’s regulatory authority, the court also issues a third 6-3 decision undoing one of the main ways that regulators file enforcement actions against people who they say have violated the law.
They don’t always go to court. Sometimes, they go to administrative tribunals within the agency. The court says, no, that’s no good. Only courts can adjudicate these matters. So it’s just another instance of the court being consistently hostile to the administrative state.
Adam, all three of these decisions might sound pretty dangerous if you have a lot of confidence in the federal government and in the judgments of regulators and bureaucrats to interpret things. But if you’re one of the many Americans who doesn’t have a whole lot of faith in the federal government, I have to imagine all of these rulings might seem pretty constructive.
That’s an excellent point. Lots of people are skeptical of regulators, are skeptical of what they would call the deep state, of unelected bureaucrats, of even the idea of expertise. And so for those people, this is a step in the right direction. It’s taking power away from bureaucrats and handing it to what we would hope are independent, fair-minded judges.
What does seem clear, Adam, is that even though this episode was supposed to be about the rest of the Supreme Court’s rulings this year, the less sexy-sounding decisions than Trump and immunity and how much power and protection all future presidents have, the rulings that you’re describing around the government’s administrative power, they seem like they’re going to have the greatest long-term impact on how our government functions, and in a sense, what our society looks like.
Well, the biggest case of the term is obviously the Trump immunity case. That’s a decision for the ages. But close behind these decisions, reshaping the administrative state and vindicating a long-held goal of the conservative legal movement going back to the Reagan administration, that the Federalist Society, the conservative legal group, has been pushing for decades, and really unraveling a conception of what the federal government does that’s been in place since the administration of Franklin Delano Roosevelt and his New Deal.
So as much as we’ve been talking about other cases where the court was tentative, surprising, nuanced in the biggest cases of the term, all delivered by six to three votes, all controlled by the conservative supermajority, the court was not nuanced. It was straightforward, and it reshaped American government.
In the end, a hard right court is going to, no matter how much it might deviate, operate like a hard right court.
Yes, Michael. It’s possible to look at the balance of the decisions and draw all kinds of complicated conclusions about the court. But when you look at the biggest cases, the picture you see is a conservative court moving the law to the right.
Well, Adam, thank you very much. We appreciate it.
Thank you, Michael.
Here’s what else you need to know today. “The Times” reports that four senior Democratic house members have told colleagues that President Biden must step aside as the party’s nominee over fears that he is no longer capable of winning. They include the top Democrats on the House Judiciary Committee, the Armed Services Committee, and the Veterans Affairs Committee.
Those top Democrats joined five rank and file House Democrats who have publicly called for Biden to step down. The latest of those was representative Angie Craig of Minnesota, who represents a swing district in the state. In a statement, Craig said that after watching Biden in the first debate, quote, “I do not believe that the president can effectively campaign and win against Donald Trump.” Senate Democrats remain largely quiet on the question of Biden’s future.
Now, you probably heard, I had a little debate last week. I can’t say it was my best performance.
In several appearances over the weekend, Biden acknowledged the growing skepticism of his candidacy —
Well, ever since then, there’s been a lot of speculation. What’s Joe going to do?
— but emphatically rejected the calls to step aside.
Well, let me say this clearly as I can. I’m staying in the race.
And in a surprise electoral upset, France’s political left was projected to win the largest number of seats in the National Assembly after the latest round of voting. The anti-immigrant far right had been expected to make history by winning the most seats, but a last-minute scramble by left wing parties averted that result.
Today’s episode was produced by Rikki Novetsky, Shannon Lin, and Rob Szypko. It was edited by Devon Taylor and Lisa Chow. Contains original music by Dan Powell and Sophia Lanman, and was engineered by Chris Wood. Our theme music is by Jim Brunberg and Ben Landsverk of Wonderly.
That’s it for “The Daily.” I’m Michael Barbaro. See you tomorrow.
Hosted by Michael Barbaro
Featuring Adam Liptak
Produced by Rikki Novetsky , Shannon M. Lin and Rob Szypko
Edited by Devon Taylor and Lisa Chow
Original music by Dan Powell and Sophia Lanman
Engineered by Chris Wood
When the Supreme Court wrapped up its term last week, much of the focus was on the ruling that gave former President Donald J. Trump sweeping immunity from criminal prosecution. But another set of rulings that generated less attention could have just as big an impact on American government and society.
Adam Liptak, who covers the Supreme Court for The Times, explains.
Adam Liptak , who covers the Supreme Court for The New York Times and writes Sidebar, a column on legal developments.
In a volatile term, a fractured Supreme Court remade America .
Here’s a guide to the major Supreme Court decisions in 2024 .
In video: How a fractured Supreme Court ruled this term .
There are a lot of ways to listen to The Daily. Here’s how.
We aim to make transcripts available the next workday after an episode’s publication. You can find them at the top of the page.
The Daily is made by Rachel Quester, Lynsea Garrison, Clare Toeniskoetter, Paige Cowett, Michael Simon Johnson, Brad Fisher, Chris Wood, Jessica Cheung, Stella Tan, Alexandra Leigh Young, Lisa Chow, Eric Krupke, Marc Georges, Luke Vander Ploeg, M.J. Davis Lin, Dan Powell, Sydney Harper, Mike Benoist, Liz O. Baylen, Asthaa Chaturvedi, Rachelle Bonja, Diana Nguyen, Marion Lozano, Corey Schreppel, Rob Szypko, Elisheba Ittoop, Mooj Zadie, Patricia Willens, Rowan Niemisto, Jody Becker, Rikki Novetsky, John Ketchum, Nina Feldman, Will Reid, Carlos Prieto, Ben Calhoun, Susan Lee, Lexie Diao, Mary Wilson, Alex Stern, Sophia Lanman, Shannon Lin, Diane Wong, Devon Taylor, Alyssa Moxley, Summer Thomad, Olivia Natt, Daniel Ramirez and Brendan Klinkenberg.
Our theme music is by Jim Brunberg and Ben Landsverk of Wonderly. Special thanks to Sam Dolnick, Paula Szuchman, Lisa Tobin, Larissa Anderson, Julia Simon, Sofia Milan, Mahima Chablani, Elizabeth Davis-Moorer, Jeffrey Miranda, Maddy Masiello, Isabella Anderson, Nina Lassam and Nick Pitman.
Adam Liptak covers the Supreme Court and writes Sidebar, a column on legal developments. A graduate of Yale Law School, he practiced law for 14 years before joining The Times in 2002. More about Adam Liptak
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Using these Year 4 Maths worksheets will help your child to: round a number to the nearest 10, 100 or 1000; use the > and < symbols correctly for inequalities; use multiples and apply them to solve problems. learn to balance math equations. Rounding to the nearest 10 Worksheets. Rounding to the nearest 100 worksheets.
Year 4 Maths Worksheets for fluency, reasoning, and problem solving Year 4 Maths Worksheets to improve fluency, mental maths and arithmetic skills: Fluent in Five. Fluent in Five worksheets provide a series of questions designed to take no more than 5-10 minutes and to help children develop their written and mental maths skills. Developing ...
Problem solving. Find out how you can use maths to solve your problems. What is a number sequence? Discover how numbers can be connected in a pattern and see if you can solve the puzzle. Year 4 ...
Word problems for Year 4 play an important role in Year 4 maths. In Year 4, the main focus is to ensure that pupils are becoming more fluent with whole numbers and the four operations. Students work to develop efficient written methods and to be accurate with their calculations. Pupils in Year 4 are exposed to a wider range of problem-solving ...
These year 4 maths problems challenge cards are designed by our team of experienced teachers in line with the maths national curriculum standards. This means that the exercises included will challenge pupils to further develop key maths skills. Here are some of the curriculum aims, which children need to meet by the end of year 4.
Complete the table, showing the numbers in numerals and words. One thousand, two hundred and ninety-three. Seventy-five thousand and ninety-eight. 3. Use the information in the table to work out the value of these Roman numerals. 4. a) What is the largest number that can be made from.
This set contains 20 Year 4 Maths Problems with answers to challenge children and get them thinking about and applying maths in the real world. Download now! ... Just bring them out and start solving.There are 20 problems to be solved, and they all cover different Maths topics! To make sure that your children have the right answers, the very ...
Year 4 Maths Problems. Different activity sheets that give children questions that look at their fluency, reasoning or problem solving skills for that area of Maths with the answers included. More topics will continue to be included.
This list of year 4 maths questions is intended to reinforce concepts students have already been taught. The list is divided into sections: addition, subtraction, multiplication, division, fractions, measurement, and multi-step problems. These sections allow students to specifically focus their practice, but feel free to skip around and choose ...
These maths problems cards feature various maths questions to support the year 4 curriculum. Try using them as an independent activity, during whole class teaching, or in pairs for your children to ask each other. The real-life scenarios are great for helping your children to visualize the problem they're being presented with.
Some problems have multiple steps to extend students. It also contains two cover pages as it may be suitable to use with other year grades. This would work well in small group activities, extension work, or as an independent task. This resource complements our Years 3 & 4 Mathematics Problem-Solving PowerPoint.
Download free year 4 maths PDF worksheets. Brand new for 2024, we've created a range of 100% free year 4 maths PDF worksheets for you to work through with your child. Download the printable worksheet PDF, and your child can both learn and answer questions. Count Backwards To Include Negative Numbers Worksheet Download PDF Worksheet.
Developing Excellence in Problem Solving with Young Learners. Age 5 to 11. Becoming confident and competent as a problem solver is a complex process that requires a range of skills and experience. In this article, Jennie suggests that we can support this process in three principal ways. Using NRICH Tasks to Develop Key Problem-solving Skills.
Support Year 4 Maths Home Learning With Fun Problem-Solving Activities. Problem-solving in maths involves using different maths skills to solve problems and answer questions. Investigations are often open-ended tasks that require you to carry out a process to find the explanation for a statement or question.
Explain methods and reasoning. Make each pond hold two ducks or five ducks. Make each pond hold twice as many ducks as the one before. Make each pond hold one less duck than the one before. Solve mathematical problems or puzzles. Know multiplication facts for 2 and 5 times tables. Add three or four small numbers.
Mathematics resources for children,parents and teachers to enrich learning. Problems,children's solutions,interactivities,games,articles. Year 4 Conjecturing and Generalising
This quiz asks questions about everyday situations, testing your skills in addition, subtraction, multiplication, division, weights, distances, capacities, and time. Life is full of exciting problems to solve. Take this quiz to practice and see how well you can tackle real-life challenges. Get ready for the adventures of KS2 Maths!
A set of 20 problem-solving questions suited to year 4 students. This set of problem-solving questions has been designed to support teachers when teaching students about problem-solving in mathematics. It provides students with the opportunity to work through 20 maths word problems, identifying the important information and how they can work it ...
Reasoning/Problem Solving Maths Worksheets for Year 4 (age 8-9) This category is all about children choosing the most appropriate method to achieve a quick and accurate answer and to be able to explain their methods and reasoning. Problem solving involves measures, shape, time and money. Children should be able to read and understand the ...
We have found 51 NRICH Mathematical resources connected to NC Yr 4, you may find related items under NC
Year 4 Free Maths Worksheets. Click to open each PDF - all of which are one page and contain questions and answers: Year 4 Number & Place Value - Free Sheet 1 - e.g. write the number three hundred and forty five in digits. Year 4 Number & Place Value - Free Sheet 2 - e.g. write the number 9,031 in digits.
Results for ‛Maths Year 4 Problem Solving' 8,638 teaching resources Maths Year 4 Problem Solving Sort: Relevance . Grades Grade 1 3702. Grade 2 4655. Grade 3 6129. Grade 4 6294. Grade 5 5396. Grade 6 3789. Grade 7 1123. Kindergarten 2383. Pre-Kindergarten 974. Resource Types
Small live classes for advanced math and language arts learners in grades 2-12. Visit AoPS Academy ‚ Find a Physical Campus Visit the Virtual Campus
In math, we write this as 3² (we read it as "three to the second power" or "three squared"). We call the "3" in 3² the base and we call "²" the exponent. Let's look at some examples to understand square numbers better: 2² which can also be expressed as 2 x 2 = 4; 4² which can also be expressed as 4 x 4 = 16
Part of a comprehensive PlanIt Maths lesson pack, you can use these differentiated two-step problem-solving activity sheets to help students practise addition and subtraction skills. Tasks are designed to allow students to experience worded problems with two-step problem solving involving addition and subtraction. They meet the national curriculum aim 'Solve addition and subtraction two-step ...
Last week, the center-left Labour Party won the British general election in a landslide.
Between fall 2019 and 2022, national test scores sank four points in reading and nine points in math for 13-year-olds — the largest drop in math in half a century.
Some of the rulings that came before the justices' decision on presidential immunity could prove to have just as big an impact.
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