1. Math Lesson 62 page 210 Equal Groups How and when to use them

2. No. in group _____ ______ in each ____ number word word

3. No. in group _____ ______ in each ____ number word word

4. No. in group _____ ______ in each ____ No. of groups ____ ____ number word word number word

5. No. in group _____ ______ in each ____ No. of groups ____ ____ number word word number word

6. No. in group _____ ______ in each ____ No. of groups ____ ____ Total __________ number word word number word

7. No. in group _____ ______ in each ____ No. of groups ____ ____ Total __________ number word word number word

8. No. in group _____ ______ in each ____ X No. of groups ____ ____ Total __________ number word word number word

9. Ted has 21 tennis balls in cans. There are 3 tennis balls in each can. How many cans does he have?

11. No. in groups ____ _____ in each _______ No. of groups _____ ________ Total _____ ______

12. Ted has 21 tennis balls in cans. There are 3 tennis balls in each can. How many cans does he have? No. in groups ____ _____ in each _______ No. of groups _____ ________ Total _____ ______

13. Ted has 21 tennis balls in cans. There are 3 tennis balls in each can. How many cans does he have? No. in groups __3__ balls in each _can__ No. of groups _____ ________ Total _____ ______

14. Ted has 21 tennis balls in cans. There are 3 tennis balls in each can. How many cans does he have? No. in groups __3__ balls in each _can__ No. of groups _____ ________ Total _____ ______

15. Ted has 21 tennis balls in cans. There are 3 tennis balls in each can. How many cans does he have? No. in groups __3__ balls in each _can__ No. of groups _____ __cans__ Total _____ ______

16. Ted has 21 tennis balls in cans. There are 3 tennis balls in each can. How many cans does he have? No. in groups __3__ balls in each _can__ No. of groups _____ __cans__ Total _____ ______

17. Ted has 21 tennis balls in cans. There are 3 tennis balls in each can. How many cans does he have? No. in groups __3__ balls in each _can__ No. of groups _____ __cans__ Total _____ _balls_____

18. Ted has 21 tennis balls in cans. There are 3 tennis balls in each can. How many cans does he have? No. in groups __3__ balls in each _can__ No. of groups _____ __cans__ Total _____ _balls_____

19. Ted has 21 tennis balls in cans. There are 3 tennis balls in each can. How many cans does he have? No. in groups __3__ balls in each _can__ No. of groups _____ __cans__ Total _____ _balls_____

20. Ted has 21 tennis balls in cans. There are 3 tennis balls in each can. How many cans does he have? No. in groups __3__ balls in each _can__ No. of groups _____ __cans__ Total _____ _balls_____

21. Ted has 21 tennis balls in cans. There are 3 tennis balls in each can. How many cans does he have? No. in groups __3__ balls in each _can__ No. of groups _____ __cans__ Total ___21 _balls_____

22. Ted has 21 tennis balls in cans. There are 3 tennis balls in each can. How many cans does he have? No. in groups __3__ balls in each _can__ X No. of groups _____ __cans__ Total ___21 _balls_____

23. Ted has 21 tennis balls in cans. There are 3 tennis balls in each can. How many cans does he have? No. in groups __3__ balls in each _can__ X No. of groups __7___ __cans__ Total ___21 _balls_____

24. Ted has 21 tennis balls in cans. There are 3 tennis balls in each can. How many cans does he have? No. in groups __3__ balls in each _can__ X No. of groups __7___ __cans__ Total ___21 _balls_____

25. Ted has 21 tennis balls in cans. There are 3 tennis balls in each can. How many cans does he have? No. in groups __3__ balls in each _can__ X No. of groups __7___ __cans__ Total ___21 _balls_____

26. Ted has 5 cans of rubber balls. He has 40 rubber balls in all. How many balls are in each can if the same number of balls is in each can?

28. No. in groups ______ _______ in each ________ No. of groups ______ ________ Total (in all) ______ ______ number word word number word

29. Ted has 5 cans of rubber balls. He has 40 rubber balls in all. How many balls are in each can if the same number of balls is in each can? No. in groups __?___ _balls___ in each __can___ No. of groups ______ ________ Total (in all) ______ ______ number word word number word

30. Ted has 5 cans of rubber balls. He has 40 rubber balls in all. How many balls are in each can if the same number of balls is in each can? No. in groups __?___ _balls___ in each __can___ No. of groups ______ __cans__ Total (in all) ______ _balls_ number word word number word

31. Ted has 5 cans of rubber balls. He has 40 rubber balls in all. How many balls are in each can if the same number of balls is in each can? No. in groups __?___ _balls___ in each __can___ No. of groups ______ __cans__ Total (in all) ______ _balls_ number word word number word

32. Ted has 5 cans of rubber balls. He has 40 rubber balls in all. How many balls are in each can if the same number of balls is in each can? No. in groups __?___ _balls___ in each __can___ No. of groups __5___ __cans__ Total (in all) ______ _balls_ number word word number word

33. Ted has 5 cans of rubber balls. He has 40 rubber balls in all. How many balls are in each can if the same number of balls is in each can? No. in groups __?___ _balls___ in each __can___ No. of groups __5___ __cans__ Total (in all) ______ _balls_ number word word number word

34. Ted has 5 cans of rubber balls. He has 40 rubber balls in all. How many balls are in each can if the same number of balls is in each can? No. in groups __?___ _balls___ in each __can___ No. of groups __5___ __cans__ Total (in all) ______ _balls_ number word word number word

35. Ted has 5 cans of rubber balls. He has 40 rubber balls in all. How many balls are in each can if the same number of balls is in each can? No. in groups __?___ _balls___ in each __can___ No. of groups __5___ __cans__ Total (in all) __40__ _balls_ number word word number word

36. Ted has 5 cans of rubber balls. He has 40 rubber balls in all. How many balls are in each can if the same number of balls is in each can? No. in groups __?___ _balls___ in each __can___ X No. of groups __5___ __cans__ Total (in all) __40__ _balls_ number word word number word

37. Ted has 5 cans of rubber balls. He has 40 rubber balls in all. How many balls are in each can if the same number of balls is in each can? No. in groups __8___ _balls___ in each __can___ X No. of groups __5___ __cans__ Total (in all) __40__ _balls_ number word word number word

38. Ted has 5 cans of rubber balls. He has 40 rubber balls in all. How many balls are in each can if the same number of balls is in each can? No. in groups __8___ _balls___ in each __can___ X No. of groups __5___ __cans__ Total (in all) __40__ _balls_ number word word number word

39. There were 35 people. There were 7 cars. The number in each car was the same. How many people were in each car?

40. No. in groups ______ _______ in each ________ No. of groups ______ ________ Total (in all) ______ ______ number wordword number word

41. There were 35 people. There were 7 cars. The number in each car was the same. How many people were in each car? No. in groups ______ _______ in each ________ No. of groups ______ ________ Total (in all) ______ ______ number wordword number word

42. There were 35 people. There were 7 cars. The number in each car was the same. How many people were in each car? No. in groups ______ _______ in each _car____ No. of groups ______ _cars_ Total (in all) ______ ______ number wordword number word

43. There were 35 people. There were 7 cars. The number in each car was the same. How many people were in each car? No. in groups ______ _people_ in each _car____ No. of groups ______ _cars_ Total (in all) ______ people number wordword number word

44. There were 35 people. There were 7 cars. The number in each car was the same. How many people were in each car? No. in groups ______ _people_ in each _car____ No. of groups __7___ _cars_ Total (in all) __35__ people number wordword number word

45. There were 35 people. There were 7 cars. The number in each car was the same. How many people were in each car? No. in groups __5___ _people_ in each _car____ No. of groups __7___ _cars_ Total (in all) __35__ people number wordword number word

46. There were 35 people. There were 7 cars. The number in each car was the same. How many people were in each car? No. in groups __5___ _people_ in each _car____ No. of groups __7___ _cars_ Total (in all) __35__ people number wordword number word

47. There were 35 people. There were 7 cars. The number in each car was the same. How many people were in each car? No. in groups __5___ _people_ in each _car____ No. of groups __7___ _cars_ Total (in all) __35__ people number wordword number word

48. The fourth grade was planning to eat lunch at McDonald’s while on a field trip. If 6 fourth graders could eat at each table, and all 18 of the fourth graders went on the trip, how many tables would we need at McDonald’s?

49. No. in groups 6 kids at each table No. of groups ___ tables Total (in all) 18 kids

50. The fourth grade was planning to eat lunch at McDonald’s while on a field trip. If 6 fourth graders could eat at each table, and all 18 of the fourth graders went on the trip, how many tables would we need at McDonald’s? No. in groups 6 kids at each table X No. of groups 3__ tables Total (in all) 18 kids

51. What if the second and third grades was going on the field trip, too? There are are 24 second graders and 18 third graders on the trip. (Remember, there are 18 fourth graders.) If six kids could sit at each table, how many tables would we need?

52. No in group 6 kids at each table No. of groups X10tables Total (in all)60kids

53. What if the second and third grades was going on the field trip, too? There are are 24 second graders and 18 third graders on the trip. (Remember, there are 18 fourth graders.) If six kids could sit at each table, how many tables would we need? No in group 6 kids at each table No. of groups X60kids Total (in all)360tables

54. What if the second and third grades was going on the field trip, too? There are are 24 second graders and 18 third graders on the trip. (Remember, there are 18 fourth graders.) If six kids could sit at each table, how many tables would we need? No in group 6 kids at each table No. of groups X60kids Total (in all)360tables

55. Tips to remember:

56. Look for the magic word each

57. Tips to remember: Look for the magic word each Fill in the words in the frame- work as soon as you know them.

58. Tips to remember: Look for the magic word each Fill in the words in the frame- work as soon as you know them. After you “solve the puzzle”, read the questions again and make sure your answer makes sense !