Grade 5 math worksheets & problems — Page 6

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2. ROUND EACH DECIMAL TO THE NEAREST HUNDREDTH. a. 6.821 → b. 97.886 → c. 82.094 → d. 87.465 → — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.A.4

2. ROUND EACH DECIMAL TO THE NEAREST HUNDREDTH. a. 6.821 → b. 97.886 → c. 82.094 → d. 87.465 →

Individual task

2. ROUND EACH DECIMAL TO THE NEAREST HUNDREDTH. a. 32.753 → b. 8.802 → c. 90.843 → d. 64.102 → — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.A.4

2. ROUND EACH DECIMAL TO THE NEAREST HUNDREDTH. a. 32.753 → b. 8.802 → c. 90.843 → d. 64.102 →

Individual task

7. FIND THE PRODUCT USING THE AREA MODEL. 48 × 3 40 8 3 48 × 3 = — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.5

7. FIND THE PRODUCT USING THE AREA MODEL. 48 × 3 40 8 3 48 × 3 =

Individual task

7. FIND THE PRODUCT USING THE AREA MODEL. 24 × 7 20 4 7 24 × 7 = — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.5

7. FIND THE PRODUCT USING THE AREA MODEL. 24 × 7 20 4 7 24 × 7 =

Individual task

7. FIND THE PRODUCT USING THE AREA MODEL. 27 × 4 20 7 4 27 × 4 = — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.5

7. FIND THE PRODUCT USING THE AREA MODEL. 27 × 4 20 7 4 27 × 4 =

Individual task

7. FIND THE PRODUCT USING THE AREA MODEL. 26 × 2 20 6 2 26 × 2 = — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.5

7. FIND THE PRODUCT USING THE AREA MODEL. 26 × 2 20 6 2 26 × 2 =

Individual task

8. USE THE AREA MODEL TO SOLVE THE PROBLEM. A garden is 16 feet long and 7 feet wide. What is its area in square feet? 10 6 7 Area = square feet — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.5

8. USE THE AREA MODEL TO SOLVE THE PROBLEM. A garden is 16 feet long and 7 feet wide. What is its area in square feet? 10 6 7 Area = square feet

Individual task

8. USE THE AREA MODEL TO SOLVE THE PROBLEM. A garden is 19 feet long and 9 feet wide. What is its area in square feet? 10 9 9 Area = square feet — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.5

8. USE THE AREA MODEL TO SOLVE THE PROBLEM. A garden is 19 feet long and 9 feet wide. What is its area in square feet? 10 9 9 Area = square feet

Individual task

8. USE THE AREA MODEL TO SOLVE THE PROBLEM. A garden is 26 feet long and 2 feet wide. What is its area in square feet? 20 6 2 Area = square feet — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.5

8. USE THE AREA MODEL TO SOLVE THE PROBLEM. A garden is 26 feet long and 2 feet wide. What is its area in square feet? 20 6 2 Area = square feet

Individual task

8. USE THE AREA MODEL TO SOLVE THE PROBLEM. A garden is 73 feet long and 5 feet wide. What is its area in square feet? 70 3 5 Area = square feet — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.5

8. USE THE AREA MODEL TO SOLVE THE PROBLEM. A garden is 73 feet long and 5 feet wide. What is its area in square feet? 70 3 5 Area = square feet

Individual task

8.Apply multiplication. — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.5

8.Apply multiplication.

Individual task

8. APPLY AND CHECK. A school ordered 36 boxes of pencils. Each box has 50 pencils. a) Find the total number of pencils. b) Estimate the product using compatible numbers. c) Check y — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.5

8. APPLY AND CHECK. A school ordered 36 boxes of pencils. Each box has 50 pencils. a) Find the total number of pencils. b) Estimate the product using compatible numbers. c) Check y

Individual task

8. APPLY AND CHECK. A school ordered 12 boxes of pencils. Each box has 40 pencils. a) Find the total number of pencils. b) Estimate the product using compatible numbers. c) Check y — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.5

8. APPLY AND CHECK. A school ordered 12 boxes of pencils. Each box has 40 pencils. a) Find the total number of pencils. b) Estimate the product using compatible numbers. c) Check y

Individual task

8. APPLY AND CHECK. A school ordered 89 boxes of pencils. Each box has 50 pencils. a) Find the total number of pencils. b) Estimate the product using compatible numbers. c) Check y — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.5

8. APPLY AND CHECK. A school ordered 89 boxes of pencils. Each box has 50 pencils. a) Find the total number of pencils. b) Estimate the product using compatible numbers. c) Check y

Individual task

8. APPLY AND CHECK. A school ordered 11 boxes of pencils. Each box has 10 pencils. a) Find the total number of pencils. b) Estimate the product using compatible numbers. c) Check y — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.5

8. APPLY AND CHECK. A school ordered 11 boxes of pencils. Each box has 10 pencils. a) Find the total number of pencils. b) Estimate the product using compatible numbers. c) Check y

Individual task

4. ESTIMATE THEN EXACT. A store sells 62 water bottles for $18 each. First, estimate the total cost using compatible numbers. Then find the exact total cost. Estimate (using compat — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.5

4. ESTIMATE THEN EXACT. A store sells 62 water bottles for $18 each. First, estimate the total cost using compatible numbers. Then find the exact total cost. Estimate (using compat

Individual task

4. ESTIMATE THEN EXACT. A store sells 50 water bottles for $76 each. First, estimate the total cost using compatible numbers. Then find the exact total cost. Estimate (using compat — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.5

4. ESTIMATE THEN EXACT. A store sells 50 water bottles for $76 each. First, estimate the total cost using compatible numbers. Then find the exact total cost. Estimate (using compat

Individual task

4. ESTIMATE THEN EXACT. A store sells 57 water bottles for $92 each. First, estimate the total cost using compatible numbers. Then find the exact total cost. Estimate (using compat — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.5

4. ESTIMATE THEN EXACT. A store sells 57 water bottles for $92 each. First, estimate the total cost using compatible numbers. Then find the exact total cost. Estimate (using compat

Individual task

4. ESTIMATE THEN EXACT. A store sells 51 water bottles for $33 each. First, estimate the total cost using compatible numbers. Then find the exact total cost. Estimate (using compat — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.5

4. ESTIMATE THEN EXACT. A store sells 51 water bottles for $33 each. First, estimate the total cost using compatible numbers. Then find the exact total cost. Estimate (using compat

Individual task

8. APPLY DIVISION. A school has 168 pencils. They are packed equally into 8 boxes. How many pencils are in each box? 168 ÷ 8 = Show or explain how you found your answer. — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.6

8. APPLY DIVISION. A school has 168 pencils. They are packed equally into 8 boxes. How many pencils are in each box? 168 ÷ 8 = Show or explain how you found your answer.

Individual task

8. APPLY DIVISION. A school has 90 pencils. They are packed equally into 5 boxes. How many pencils are in each box? 90 ÷ 5 = Show or explain how you found your answer. — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.6

8. APPLY DIVISION. A school has 90 pencils. They are packed equally into 5 boxes. How many pencils are in each box? 90 ÷ 5 = Show or explain how you found your answer.

Individual task

8. APPLY DIVISION. A school has 60 pencils. They are packed equally into 3 boxes. How many pencils are in each box? 60 ÷ 3 = Show or explain how you found your answer. — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.6

8. APPLY DIVISION. A school has 60 pencils. They are packed equally into 3 boxes. How many pencils are in each box? 60 ÷ 3 = Show or explain how you found your answer.

Individual task

8. APPLY DIVISION. A school has 320 pencils. They are packed equally into 8 boxes. How many pencils are in each box? 320 ÷ 8 = Show or explain how you found your answer. — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.6

8. APPLY DIVISION. A school has 320 pencils. They are packed equally into 8 boxes. How many pencils are in each box? 320 ÷ 8 = Show or explain how you found your answer.

Individual task

5. TWO-DIGIT DIVISOR DIVISION Solve the two-digit divisor division. 936 ÷ 12 12 9 3 6 − — Grade 5 problem preview

Practice problem

Grade 5 · 5.NBT.B.6

5. TWO-DIGIT DIVISOR DIVISION Solve the two-digit divisor division. 936 ÷ 12 12 9 3 6 −

Individual task

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