Grade 7 Mathematics 1.D.16- Exit Ticket

Last updated about 4 years ago

8 questions

7.G.1

7.RP.2.b

7.G.1

7.RP.2.b

7.G.1

7.RP.2.b

7.G.1

7.RP.2.b

7.G.1

7.RP.2.b

7.G.1

7.RP.2.b

7.G.1

7.RP.2.b

7.G.1

7.RP.2.b

From EngageNY.org of the New York State Education Department. Grade 7 Mathematics Module 1, Topic D, Lesson 16. Internet. Available from https://www.engageny.org/resource/grade-7-mathJmat...; accessed 08/Sept/2015.

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Grade 7 Mathematics 1.D.16- Exit Ticket

Last updated about 4 years ago

8 questions

Use the following figure on the graph for the following questions

Question 1

If the original lengths of the graph below are multiplied by 2, what are the new coordinates?

7.G.1

7.RP.2.b

Question 2

Use the table below to organize the lengths (the vertical and horizontal legs) of the graph above.

7.G.1

7.RP.2.b

Question 3

Is the new picture from Question #2 a reduction or an enlargement?

7.G.1

7.RP.2.b

Question 4

What is the constant of proportionality?

7.G.1

7.RP.2.b

Question 5

If the original lengths are multiplied by 1/3 , what are the new coordinates?

7.G.1

7.RP.2.b

Question 6

Use the table below to organize the lengths (the vertical and horizontal legs of the original figure and when multiplied by 1/3)

7.G.1

7.RP.2.b

Question 7

Is the new picture from Question #6 a reduction or an enlargement?

7.G.1

7.RP.2.b

Question 8

What is the constant of proportionality?

7.G.1

7.RP.2.b

Use the following figure on the graph for the following questions

Question 1

If the original lengths of the graph below are multiplied by 2, what are the new coordinates?

Question 2

Use the table below to organize the lengths (the vertical and horizontal legs) of the graph above.

Question 3

Is the new picture from Question #2 a reduction or an enlargement?

Question 4

What is the constant of proportionality?

Question 5

If the original lengths are multiplied by 1/3 , what are the new coordinates?

Question 6

Use the table below to organize the lengths (the vertical and horizontal legs of the original figure and when multiplied by 1/3)

Question 7

Is the new picture from Question #6 a reduction or an enlargement?

Question 8