{{asɛmtiNe Ɔkyerɛwfo}} | Nhomakorabea | Nneɛma a ɛma wotumi yɛ ade

1

Jeremy solved and 3,528 ÷ 42 and found a quotient of 48. Is Jeremy correct? Explain.

1

Erna has saved all her pennies for the past 35 days. She has a total of 8,610 pennies saved. If she saved the same amount of pennies each day, how many pennies did she save each day?
Use the area model to solve.

1

Check your work from question 3 using the standard algorithm for multiplication.

1

Amy started to solve 1862 ÷ 19. She got stuck and stopped working. What should she do next? Explain.

1

Finish the area model.
hint: you may need to add more to the WIK box.

1

Check your work from question 6 using the standard algorithm for multiplication.

1

Jack is boxing up bottles of gatorade for his work. He has 23 boxes and 3,404 bottles of gatorade. If the same number of bottles need to be in each box, how many bottles of gatorade should go in each box?
Solve using the area model.

Lesson 25 Indpendent

Jeremy solved and 3,528 ÷ 42 and found a quotient of 48. Is Jeremy correct? Explain.

Lesson 25 Indpendent

Jeremy solved and 3,528 ÷ 42 and found a quotient of 48. Is Jeremy correct? Explain.

Erna has saved all her pennies for the past 35 days. She has a total of 8,610 pennies saved. If she saved the same amount of pennies each day, how many pennies did she save each day?
Use the area model to solve.

Check your work from question 3 using the standard algorithm for multiplication.

Amy started to solve 1862 ÷ 19. She got stuck and stopped working. What should she do next? Explain.

Finish the area model.
hint: you may need to add more to the WIK box.

Check your work from question 6 using the standard algorithm for multiplication.

Jack is boxing up bottles of gatorade for his work. He has 23 boxes and 3,404 bottles of gatorade. If the same number of bottles need to be in each box, how many bottles of gatorade should go in each box?
Solve using the area model.

Erna has saved all her pennies for the past 35 days. She has a total of 8,610 pennies saved. If she saved the same amount of pennies each day, how many pennies did she save each day?
Use the area model to solve.

Check your work from question 3 using the standard algorithm for multiplication.

Amy started to solve 1862 ÷ 19. She got stuck and stopped working. What should she do next? Explain.

Finish the area model.
hint: you may need to add more to the WIK box.

Check your work from question 6 using the standard algorithm for multiplication.

Jack is boxing up bottles of gatorade for his work. He has 23 boxes and 3,404 bottles of gatorade. If the same number of bottles need to be in each box, how many bottles of gatorade should go in each box?
Solve using the area model.

Lesson 25 Indpendent

Jeremy solved and 3,528 ÷ 42 and found a quotient of 48. Is Jeremy correct? Explain.

Lesson 25 Indpendent

Jeremy solved and 3,528 ÷ 42 and found a quotient of 48. Is Jeremy correct? Explain.

Erna has saved all her pennies for the past 35 days. She has a total of 8,610 pennies saved. If she saved the same amount of pennies each day, how many pennies did she save each day? Use the area model to solve.

Check your work from question 3 using the standard algorithm for multiplication.

Amy started to solve 1862 ÷ 19. She got stuck and stopped working. What should she do next? Explain.

Finish the area model. hint: you may need to add more to the WIK box.

Check your work from question 6 using the standard algorithm for multiplication.

Jack is boxing up bottles of gatorade for his work. He has 23 boxes and 3,404 bottles of gatorade. If the same number of bottles need to be in each box, how many bottles of gatorade should go in each box? Solve using the area model.

Erna has saved all her pennies for the past 35 days. She has a total of 8,610 pennies saved. If she saved the same amount of pennies each day, how many pennies did she save each day? Use the area model to solve.

Check your work from question 3 using the standard algorithm for multiplication.

Amy started to solve 1862 ÷ 19. She got stuck and stopped working. What should she do next? Explain.

Finish the area model. hint: you may need to add more to the WIK box.

Check your work from question 6 using the standard algorithm for multiplication.

Jack is boxing up bottles of gatorade for his work. He has 23 boxes and 3,404 bottles of gatorade. If the same number of bottles need to be in each box, how many bottles of gatorade should go in each box? Solve using the area model.

Erna has saved all her pennies for the past 35 days. She has a total of 8,610 pennies saved. If she saved the same amount of pennies each day, how many pennies did she save each day?
Use the area model to solve.

Finish the area model.
hint: you may need to add more to the WIK box.

Jack is boxing up bottles of gatorade for his work. He has 23 boxes and 3,404 bottles of gatorade. If the same number of bottles need to be in each box, how many bottles of gatorade should go in each box?
Solve using the area model.

Erna has saved all her pennies for the past 35 days. She has a total of 8,610 pennies saved. If she saved the same amount of pennies each day, how many pennies did she save each day?
Use the area model to solve.

Finish the area model.
hint: you may need to add more to the WIK box.

Jack is boxing up bottles of gatorade for his work. He has 23 boxes and 3,404 bottles of gatorade. If the same number of bottles need to be in each box, how many bottles of gatorade should go in each box?
Solve using the area model.