Math Grade 1


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Math Grade 1

Explanation: In first grade, students build foundational number skills. They learn to count, read, and write numbers up to 120, understand place value, compare numbers, and identify patterns.

Count to 120 starting from any number

Read and write numbers up to 120

Understand place value (ones and tens)

Compare two-digit numbers using >, <, and =

Count forward and backward by 1s, 5s, and 10s

Identify even and odd numbers (introductory)


30 Questions
  1. What number comes after 87?
  2. What number comes before 31?
  3. How do you write one hundred and twelve in numbers?
  4. How many tens are in the number 40?
  5. How many ones are in the number 47?
  6. What is 36 compared to 63?
  7. Which is greater: 45 or 54?
  8. Which is smaller: 22 or 12?
  9. Count forward from 58 to 63.
  10. Count backward from 45 to 40.
  11. Skip count by 5s to 30.
  12. Skip count by 10s to 100.
  13. What is the value of the digit 2 in 21?
  14. What is the value of the digit 3 in 13?
  15. Write the number 78 in words.
  16. Write the number seventy-two in digits.
  17. Is 24 even or odd?
  18. Is 13 even or odd?
  19. Circle the even numbers: 11, 22, 33, 44.
  20. Circle the odd numbers: 10, 15, 20, 25.
  21. What number is 1 more than 99?
  22. What number is 1 less than 70?
  23. Which number is between 49 and 51?
  24. What is 10 more than 30?
  25. What is 10 less than 90?
  26. Fill in the blank: 67, __, 69
  27. What is the place value of 6 in 61?
  28. What is the place value of 4 in 14?
  29. Which is more: 85 or 58?
  30. Which is less: 19 or 91?

Explanation: In Grade 1, students understand addition as putting together and adding to. They use objects, drawings, and equations to add numbers within 20. Strategies like counting on, making 10, and doubles help solve addition problems. Number lines are also used to visualize addition, and students practice solving word problems using addition.

Understand addition as putting together and adding to

Use objects, drawings, and equations to add

Add within 20 using strategies (counting on, making 10, doubles)

Use a number line for addition

Solve word problems using addition


30 Questions
  1. What is 7 + 5?
  2. What is 9 + 8?
  3. If you have 3 apples and get 4 more, how many apples do you have?
  4. Use a number line to find 6 + 7.
  5. What is 10 + 9?
  6. Double 8 is?
  7. What is 4 + 6?
  8. Add 5 and 5.
  9. What is 11 + 7?
  10. What is 3 + 9?
  11. Solve: 2 + 8.
  12. What is 15 + 4?
  13. What is 1 + 13?
  14. Use objects: Add 7 blocks and 6 blocks.
  15. What is 5 + 12?
  16. How much is 10 + 0?
  17. What is 8 + 8?
  18. Count on: What is 9 + 3?
  19. What is 6 + 11?
  20. Make 10: What is 7 + 3?
  21. Solve word problem: John has 5 toys and gets 7 more. How many toys now?
  22. What is 14 + 4?
  23. Use a number line: 8 + 5?
  24. What is 12 + 6?
  25. Add 10 and 9.
  26. What is 13 + 3?
  27. What is 4 + 14?
  28. Use objects: Add 6 apples and 7 apples.
  29. Solve: 2 + 18.
  30. What is 7 + 10?
  31. What is 5 + 5?

Explanation: In Grade 1, students learn subtraction as taking apart and taking from. They use objects, drawings, and equations to subtract numbers within 20. Strategies such as counting back and using fact families help students subtract. Number lines are used to visualize subtraction, and word problems strengthen understanding of subtraction concepts.

Understand subtraction as taking apart and taking from

Use objects, drawings, and equations to subtract

Subtract within 20 using strategies (counting back, fact families)

Use a number line for subtraction

Solve word problems using subtraction


30 Questions
  1. What is 12 - 5?
  2. Subtract 9 from 15.
  3. If you have 10 apples and give away 4, how many apples remain?
  4. Use a number line to find 14 - 7.
  5. What is 20 - 10?
  6. Subtract 6 from 13.
  7. What is 8 - 3?
  8. What is 18 - 9?
  9. Solve: 15 - 5.
  10. Subtract 7 from 14.
  11. What is 11 - 6?
  12. If you take away 2 from 8, how many remain?
  13. Use objects: Subtract 4 blocks from 10 blocks.
  14. What is 13 - 7?
  15. Subtract 5 from 12.
  16. What is 19 - 8?
  17. Count back: What is 10 - 3?
  18. What is 16 - 6?
  19. Solve word problem: Sarah had 14 candies and ate 5. How many are left?
  20. Use a number line: 17 - 8?
  21. What is 20 - 15?
  22. Subtract 4 from 9.
  23. What is 7 - 2?
  24. Use fact families: If 7 + 3 = 10, what is 10 - 7?
  25. Subtract 8 from 16.
  26. What is 14 - 6?
  27. How many remain if you take 9 away from 19?
  28. What is 15 - 7?
  29. Solve: 18 - 4.
  30. What is 13 - 9?
  31. Subtract 3 from 10.

Explanation: Students learn the relationship between addition and subtraction. They use fact families to understand how numbers are connected, for example, 6 + 4 = 10 and 10 - 4 = 6. They also practice determining missing numbers in addition and subtraction equations to deepen their understanding.

Understand the relationship between addition and subtraction

Use fact families (e.g., 6 + 4 = 10, 10 - 4 = 6)

Determine missing numbers in addition/subtraction equations


30 Questions
  1. What is the missing number? 6 + ___ = 10
  2. What is the missing number? 10 - ___ = 6
  3. Fill in the blank: ___ + 5 = 9
  4. Fill in the blank: 12 - ___ = 7
  5. What number completes the fact family? 3 + 7 = 10, 10 - 7 = ___
  6. Find the missing number: ___ - 4 = 9
  7. Fill in the blank: 8 + ___ = 15
  8. What is the missing number? 14 - ___ = 8
  9. Complete the equation: ___ + 6 = 11
  10. Find the missing number: 9 - ___ = 2
  11. What number completes the fact family? 5 + 9 = 14, 14 - 5 = ___
  12. Fill in the blank: ___ + 3 = 7
  13. What is the missing number? 11 - ___ = 5
  14. Complete: ___ + 8 = 16
  15. Find the missing number: 15 - ___ = 9
  16. Fill in the blank: ___ + 7 = 14
  17. What is the missing number? 13 - ___ = 4
  18. Complete the equation: ___ + 9 = 17
  19. Find the missing number: 18 - ___ = 10
  20. Fill in the blank: ___ + 4 = 10
  21. What number completes the fact family? 7 + 6 = 13, 13 - 7 = ___
  22. Find the missing number: ___ - 3 = 11
  23. Fill in the blank: 5 + ___ = 12
  24. What is the missing number? 16 - ___ = 7
  25. Complete the equation: ___ + 2 = 9
  26. Find the missing number: 10 - ___ = 4
  27. What number completes the fact family? 4 + 5 = 9, 9 - 4 = ___
  28. Fill in the blank: ___ + 10 = 15
  29. What is the missing number? 14 - ___ = 11
  30. Complete: ___ + 1 = 8
  31. Find the missing number: 12 - ___ = 6

Explanation: In Grade 1, students group objects into tens and ones to understand the value of digits in two-digit numbers. They learn to compare two-digit numbers based on place value to identify which number is greater or smaller.

Group objects into tens and ones

Understand the value of digits in 2-digit numbers

Compare two-digit numbers based on place value


30 Questions
  1. How many tens and ones are in the number 24?
  2. What is the value of the digit 3 in 35?
  3. Compare: Which is greater, 42 or 24?
  4. How many ones are in the number 17?
  5. What is the value of the digit 5 in 58?
  6. Group 30 objects into tens and ones.
  7. Which number has more tens: 61 or 16?
  8. How many tens are in 50?
  9. What is the value of the digit 2 in 29?
  10. Compare: Which is smaller, 35 or 53?
  11. How many ones are in 48?
  12. Group 47 objects into tens and ones.
  13. What is the value of the digit 6 in 64?
  14. Compare: Which is greater, 71 or 17?
  15. How many tens and ones are in the number 85?
  16. What is the value of the digit 7 in 79?
  17. Compare: Which is smaller, 92 or 29?
  18. Group 53 objects into tens and ones.
  19. How many ones are in the number 69?
  20. What is the value of the digit 4 in 46?
  21. Compare: Which is greater, 38 or 83?
  22. How many tens and ones are in 27?
  23. Group 65 objects into tens and ones.
  24. What is the value of the digit 9 in 91?
  25. Compare: Which is smaller, 56 or 65?
  26. How many ones are in the number 34?
  27. What is the value of the digit 1 in 71?
  28. Group 78 objects into tens and ones.
  29. Compare: Which is greater, 44 or 74?
  30. How many tens and ones are in 59?
  31. What is the value of the digit 3 in 30?

Explanation: Students practice skip counting by 2s, 5s, and 10s to develop fluency with number sequences. They learn to recognize patterns in numbers, including identifying odd and even numbers, and fill in missing numbers in sequences to build number sense and pattern recognition skills.

Skip count by 2s, 5s, and 10s

Recognize patterns in numbers (e.g., odd/even, sequences)

Fill in missing numbers in a number sequence


30 Questions
  1. Skip count by 2s starting from 2: 2, 4, ___, 8, ___, 12.
  2. Fill in the missing number: 5, 10, ___, 20, 25.
  3. Is 7 odd or even?
  4. Skip count by 5s starting from 0: 0, 5, 10, ___, 20, ___.
  5. Fill in the missing number: 12, 14, ___, 18, 20.
  6. Is 14 odd or even?
  7. Complete the sequence: 10, 20, 30, ___, 50, ___.
  8. Skip count by 10s starting from 10: 10, ___, 30, 40, ___, 60.
  9. Fill in the missing number: 3, 6, 9, ___, 15.
  10. Is 21 odd or even?
  11. Complete the pattern: 2, 4, 6, 8, ___, ___.
  12. Fill in the missing number: 25, 30, ___, 40, 45.
  13. Is 30 odd or even?
  14. Skip count by 2s starting from 0: 0, 2, 4, ___, 8, ___.
  15. Fill in the missing number: 11, 13, ___, 17, 19.
  16. Is 18 odd or even?
  17. Complete the sequence: 5, 10, 15, ___, 25, ___.
  18. Skip count by 5s starting from 5: 5, 10, ___, 20, ___, 30.
  19. Fill in the missing number: 8, 10, 12, ___, 16.
  20. Is 9 odd or even?
  21. Complete the pattern: 20, 30, 40, ___, 60, ___.
  22. Fill in the missing number: 1, 3, ___, 7, 9.
  23. Is 16 odd or even?
  24. Skip count by 10s starting from 0: 0, 10, 20, ___, 40, ___.
  25. Fill in the missing number: 14, 16, 18, ___, 22.
  26. Is 13 odd or even?
  27. Complete the sequence: 6, 12, 18, ___, 30, ___.
  28. Fill in the missing number: 7, 14, ___, 28, 35.
  29. Is 22 odd or even?
  30. Skip count by 2s starting from 1: 1, 3, 5, ___, 9, ___.
  31. Fill in the missing number: 16, 18, 20, ___, 24.

Explanation: Students learn to compare lengths of objects using terms like longer/shorter and taller/shorter. They practice measuring with non-standard units such as paper clips or blocks. Additionally, they learn to tell and write time to the hour and half-hour using both analog and digital clocks.

Compare lengths of objects (longer/shorter, taller/shorter)

Measure using non-standard units (paper clips, blocks)

Tell and write time to the hour and half-hour using analog and digital clocks


30 Questions
  1. Which object is longer: a pencil or a crayon?
  2. Which is taller: a chair or a table?
  3. How many paper clips long is your book?
  4. Measure your desk using blocks. How many blocks long is it?
  5. Is a basketball longer or shorter than a soccer ball?
  6. Tell the time: The clock shows 3:00. What time is it?
  7. Tell the time: The clock shows 6:30. What time is it?
  8. Is a ruler longer or shorter than a pencil?
  9. Measure the length of your book using paper clips.
  10. Is a cat taller or shorter than a dog?
  11. Tell the time: The clock shows 12:00. What time is it?
  12. Tell the time: The clock shows 9:30. What time is it?
  13. Which is longer: a marker or a crayon?
  14. How many blocks long is your chair?
  15. Is a tree taller or shorter than a house?
  16. Tell the time: The clock shows 2:00. What time is it?
  17. Tell the time: The clock shows 7:30. What time is it?
  18. Which is longer: a pencil or an eraser?
  19. Measure your desk using paper clips.
  20. Is a rabbit taller or shorter than a cat?
  21. Tell the time: The clock shows 5:00. What time is it?
  22. Tell the time: The clock shows 11:30. What time is it?
  23. Which is longer: a notebook or a folder?
  24. How many paper clips long is your pencil?
  25. Is a tree taller or shorter than a car?
  26. Tell the time: The clock shows 1:00. What time is it?
  27. Tell the time: The clock shows 4:30. What time is it?
  28. Which is longer: a crayon or a paper clip?
  29. Measure your backpack using blocks.
  30. Is a book taller or shorter than a backpack?

Explanation: Students learn to identify and name common 2D shapes such as circles, squares, triangles, rectangles, and hexagons. They also identify 3D shapes like cubes, spheres, cones, and cylinders. They describe shape attributes including sides, vertices, and faces, and practice composing and decomposing shapes to create new shapes.

Identify and name 2D shapes (circle, square, triangle, rectangle, hexagon)

Identify and name 3D shapes (cube, sphere, cone, cylinder)

Describe attributes of shapes (sides, vertices, faces)

Compose and decompose shapes to form other shapes


30 Questions
  1. What shape has 3 sides?
  2. Name the shape with 4 equal sides and 4 vertices.
  3. How many sides does a rectangle have?
  4. What shape is round with no corners?
  5. What shape has 6 sides?
  6. Name a 3D shape with 6 faces that are squares.
  7. What 3D shape is round and looks like a ball?
  8. Which 3D shape looks like an ice cream cone?
  9. What 3D shape has circular faces and looks like a can?
  10. How many vertices does a triangle have?
  11. How many vertices does a square have?
  12. What shape can be made by combining two triangles?
  13. How many faces does a cube have?
  14. Which 2D shape has 5 sides?
  15. What 2D shape has all sides equal and 4 vertices?
  16. Describe the attributes of a rectangle.
  17. What 3D shape can roll like a ball?
  18. How many sides does a hexagon have?
  19. Name a shape with no sides or vertices.
  20. How many edges does a cube have?
  21. What shape is made by putting together two rectangles?
  22. Name a 2D shape with 4 sides but not all sides are equal.
  23. What 3D shape has one circular face and a point?
  24. How many vertices does a hexagon have?
  25. What shape has 4 equal sides and 4 right angles?
  26. Can you make a triangle by cutting a square?
  27. How many faces does a cylinder have?
  28. What 3D shape looks like a can?
  29. What 2D shape has 8 sides?
  30. Describe how to make a rectangle using triangles.

Explanation: Students learn to sort and classify objects into different categories based on attributes such as color, shape, or size. They create simple picture graphs and bar graphs to organize information visually and practice interpreting information from these graphs to answer questions.

Sort and classify objects into categories

Create simple picture graphs and bar graphs

Interpret information from graphs


30 Questions
  1. Sort these shapes into groups: circles, squares, and triangles.
  2. Classify these objects by color: red, blue, and green.
  3. What category has the most items: red or blue?
  4. Create a picture graph showing how many apples, bananas, and oranges there are.
  5. How many bananas are in the picture graph?
  6. Which fruit has the least in the graph?
  7. Look at the bar graph. How many students like soccer?
  8. Which sport has the most students?
  9. Sort these animals into mammals and birds.
  10. Classify objects by size: big, medium, small.
  11. How many objects are in the big category?
  12. Create a bar graph showing the number of pets in your class.
  13. Look at the picture graph. How many cats are there?
  14. Which category has the fewest items?
  15. Sort these shapes by number of sides.
  16. Classify fruits into citrus and non-citrus.
  17. How many lemons are in the graph?
  18. Which category has more items: citrus or non-citrus?
  19. Look at the bar graph. How many students like basketball?
  20. Which sport has the fewest students?
  21. Sort these objects by texture: smooth or rough.
  22. Classify animals by habitat: land or water.
  23. How many objects are rough?
  24. Create a picture graph showing favorite ice cream flavors.
  25. How many students like chocolate flavor?
  26. Which flavor is most popular?
  27. Look at the bar graph. How many students like swimming?
  28. Which category has the most students?
  29. Sort these numbers into even and odd.
  30. Classify these objects by color and size.

Explanation: Students learn to identify common coins such as pennies, nickels, dimes, and quarters. They understand the value of each coin and practice counting collections of coins up to one dollar. This foundational money knowledge helps students recognize coins and their worth in everyday situations.

Identify coins (penny, nickel, dime, quarter)

Understand the value of coins

Count collections of coins (within $1, introductory)


30 Questions
  1. What coin is worth 1 cent?
  2. What coin is worth 5 cents?
  3. What coin is worth 10 cents?
  4. What coin is worth 25 cents?
  5. How much is 2 pennies worth?
  6. How much is 3 nickels worth?
  7. How much is 4 dimes worth?
  8. How much is 1 quarter and 2 pennies worth?
  9. Count the coins: 1 nickel, 3 pennies.
  10. Count the coins: 2 dimes and 1 nickel.
  11. Which coin is bigger, a dime or a nickel?
  12. Which coin is smaller, a penny or a dime?
  13. How many cents make a dollar?
  14. Count the coins: 3 quarters.
  15. Count the coins: 4 pennies and 1 quarter.
  16. What coin is worth more, a nickel or a penny?
  17. Count the coins: 5 nickels.
  18. How much is 2 quarters and 1 dime worth?
  19. Count the coins: 6 pennies.
  20. Which coin has a picture of a president?
  21. Which coin has a picture of a president on horseback?
  22. How much is 3 dimes and 4 pennies?
  23. Count the coins: 2 nickels and 3 pennies.
  24. How much is 1 quarter, 1 dime, and 1 nickel?
  25. Which coin is the smallest in size?
  26. Count the coins: 4 quarters.
  27. How many nickels make 25 cents?
  28. Count the coins: 7 pennies.
  29. How much is 2 quarters, 2 dimes, and 1 nickel?
  30. Which coin is worth 10 cents?
  31. Count the coins: 1 penny, 1 nickel, 1 dime, and 1 quarter.