## Engage NY Eureka Math 2nd Grade Module 6 Lesson 11 Answer Key

### Eureka Math Grade 2 Module 6 Lesson 11 Sprint Answer Key

A. Subtraction Crossing Ten Question 1.
10 – 5 =

Question 2.
20 – 5 =

Question 3.
30 – 5 =

Question 4.
10 – 2 =

Question 5.
20 – 2 =

Question 6.
30 – 2 =

Question 7.
11 – 2 =

Question 8.
21 – 2 =

Question 9.
31 – 2 =

Question 10.
10 – 8 =

Question 11.
11 – 8 =

Question 12.
21 – 8 =

Question 13.
31 – 8 =

Question 14.
14 – 5 =

Question 15.
24 – 5 =

Question 16.
34 – 5 =

Question 17.
15 – 6 =

Question 18.
25 – 6 =

Question 19.
35 – 6 =

Question 20.
10 – 7 =

Question 21.
20 – 8 =

Question 22.
30 – 9 =

Question 23.
14 – 6 =

Question 24.
24 – 6 =

Question 25.
34 – 6 =

Question 26.
15 – 7 =

Question 27.
25 – 7 =

Question 28.
35 – 7 =

Question 29.
11 – 4 =

Question 30.
21 – 4 =

Question 31.
31 – 4 =

Question 32.
12 – 6 =

Question 33.
22 – 6 =

Question 34.
32 – 6 =

Question 35.
21 – 6 =

Question 36.
31 – 6 =

Question 37.
12 – 8 =

Question 38.
32 – 8 =

Question 39.
21 – 8 =

Question 40.
31 – 8 =

Question 41.
28 – 9 =

Question 42.
27 – 8 =

Question 43.
38 – 9 =

Question 44.
37 – 8 =

B. Subtraction Crossing Ten. Question 1.
10 – 1 =

Question 2.
20 – 1 =

Question 3.
30 – 1 =

Question 4.
10 – 3 =

Question 5.
20 – 3 =

Question 6.
30 – 3 =

Question 7.
12 – 3 =

Question 8.
22 – 3 =

Question 9.
32 – 3 =

Question 10.
10 – 9 =

Question 11.
11 – 9 =

Question 12.
21 – 9 =

Question 13.
31 – 9 =

Question 14.
13 – 4 =

Question 15.
23 – 4 =

Question 16.
33 – 4 =

Question 17.
16 – 7 =

Question 18.
26 – 7 =

Question 19.
36 – 7 =

Question 20.
10 – 6 =

Question 21.
20 – 7 =

Question 22.
30 – 8 =

Question 23.
13 – 5 =

Question 24.
23 – 5 =

Question 25.
33 – 5 =

Question 26.
16 – 8 =

Question 27.
26 – 8 =

Question 28.
36 – 8 =

Question 29.
12 – 5 =

Question 30.
22 – 5 =

Question 31.
32 – 5 =

Question 32.
11 – 5 =

Question 33.
21 – 5 =

Question 34.
31 – 5 =

Question 35.
12 – 7 =

Question 36.
22 – 7 =

Question 37.
11 – 7 =

Question 38.
31 – 7 =

Question 39.
22 – 9 =

Question 40.
32 – 9 =

Question 41.
38 – 9 =

Question 42.
37 – 8 =

Question 43.
28 – 9 =

Question 44.
27 – 8 =

### Eureka Math Grade 2 Module 6 Lesson 11 Problem Set Answer Key

Use your square tiles to construct the following arrays with no gaps or overlaps. Write a repeated addition equation to match each construction.

Question 1.
a. Place 8 square tiles in a row.

b. Construct an array with the 8 square tiles.

c. Write a repeated addition equation to match the new array.

Question 2.
a. Construct an array with 12 squares.

b. Write a repeated addition equation to match the array.

c. Rearrange the 12 squares into a different array.

d. Write a repeated addition equation to match the new array.

Question 3.
a. Construct an array with 20 squares.

b. Write a repeated addition equation to match the array.

c. Rearrange the 20 squares into a different array.

d. Write a repeated addition equation to match the new array.

Question 4.
Construct 2 arrays with 6 squares.

a. 2 rows of _____ = _____

b. 3 rows of _____ = 2 rows of _____

Question 5.
Construct 2 arrays with 10 squares.

a. 2 rows of _____ = _____

b. 5 rows of _____ = 2 rows of _____

### Eureka Math Grade 2 Module 6 Lesson 11 Exit Ticket Answer Key

Question a.
Construct an array with 12 square tiles.

Question b.
Write a repeated addition equation to match the array.

### Eureka Math Grade 2 Module 6 Lesson 11 Homework Answer Key

Question 1.
a. Construct an array with 9 square tiles.

b. Write a repeated addition equation to match the array.

Question 2.
a. Construct an array with 10 square tiles.

b. Write a repeated addition equation to match the array.

c. Rearrange the 10 square tiles into a different array.

d. Write a repeated addition equation to match the new array.

Cut out each square tile. Use the tiles to construct the arrays in Problems 1 – 4. Question 3.
a. Construct an array with 12 square tiles.

b. Write a repeated addition equation to match the array.

c. Rearrange the 12 square tiles into a different array.

d. Write a repeated addition equation to match the new array.