Find the constant of proportionality from a table

Question 1

Minutes of video (x): 10, 20, 30. Data used in MB (y): 150, 300, 450. How many MB are used per minute?

Answer 

Question 2

x: 2, 4, 8. y: 5, 10, 20. Find k in y = kx. Give a fraction or decimal.

Answer (as a fraction)

Question 3

Number of tickets (x): 1, 3, 7. Cost (y): 9, 27, 63. What is the constant of proportionality k (y = kx)?

Answer 

Question 4

Minutes of video (x): 10, 20, 30. Data used in MB (y): 150, 300, 450. How many MB are used per minute?

Answer 

Question 5

x: 2, 4, 8. y: 5, 10, 20. Find k in y = kx. Give a fraction or decimal.

Answer (as a fraction)

Question 6

Number of tickets (x): 2, 6, 10. Cost (y): 30, 90, 150. What is the constant of proportionality k (y = kx)?

Answer 

Question 7

Minutes of video (x): 10, 20, 30. Data used in MB (y): 150, 300, 450. How many MB are used per minute?

Answer 

Question 8

x: 4, 8, 16. y: 3, 6, 12. Find k in y = kx. Give a fraction or decimal.

Answer (as a fraction)

Question 9

Number of tickets (x): 2, 3, 7. Cost (y): 26, 39, 91. What is the constant of proportionality k (y = kx)?

Answer 

Question 10

Minutes of video (x): 10, 20, 30. Data used in MB (y): 80, 160, 240. How many MB are used per minute?

Answer 

Question 11

x: 4, 8, 16. y: 3, 6, 12. Find k in y = kx. Give a fraction or decimal.

Answer (as a fraction)

Question 12

Number of tickets (x): 1, 3, 4. Cost (y): 5, 15, 20. What is the constant of proportionality k (y = kx)?

Answer 

Question 13

Minutes of video (x): 10, 20, 30. Data used in MB (y): 120, 240, 360. How many MB are used per minute?

Answer 

Question 14

x: 4, 8, 16. y: 3, 6, 12. Find k in y = kx. Give a fraction or decimal.

Answer (as a fraction)

Question 15

Number of tickets (x): 6, 8, 9. Cost (y): 12, 16, 18. What is the constant of proportionality k (y = kx)?

Answer 

Question 16

Minutes of video (x): 10, 20, 30. Data used in MB (y): 25, 50, 75. How many MB are used per minute?

Answer