Exit ticket for Derivatives

Last updated about 6 years ago

3 questions

Note from the author:

Calc review

1

Library

Exit ticket for Derivatives

Last updated about 6 years ago

3 questions

Note from the author:

Calc review

For questions 1-3, use the position function below regarding a coin dropping from the top of a 1362-foot tall building.

1

Find the intstantaneous velocity of the object at 2 seconds.

For questions 1-3, use the position function below regarding a coin dropping from the top of a 1362-foot tall building.

True or False: the velocity will always be a negative value

True

False

Find the average velocity on the interval [1, 2]
HINT: Solution should be negative because the object is falling. Use s(t) to compute average velocity.

48

-24

-48

24

Find the intstantaneous velocity of the object at 2 seconds.

True or False: the velocity will always be a negative value

True

False

Find the average velocity on the interval [1, 2]
HINT:  Solution should be negative because the object is falling.  Use s(t) to compute average velocity.

48

-24

-48

24

Exit ticket for Derivatives

Exit ticket for Derivatives

Find the intstantaneous velocity of the object at 2 seconds.

True or False: the velocity will always be a negative value

Find the average velocity on the interval [1, 2]HINT: Solution should be negative because the object is falling. Use s(t) to compute average velocity.

Find the intstantaneous velocity of the object at 2 seconds.

Find the average velocity on the interval [1, 2]
HINT: Solution should be negative because the object is falling. Use s(t) to compute average velocity.