Question

For the velocity-time graph shown, which statement describes what happens to the
velocity between approximately 11 s and 15 s?
A.The lander's velocity increases toward the reference.
B.The lander's velocity increases away from the reference.
C.The lander's velocity decreases toward the reference.
D.The lander's velocity decreases away the reference.

Answer 1

Answer: the landers velocity DECRECES AWAY the refrence, D

Explanation:

Answer 2

The  velocity between approximately 11 seconds and 15 seconds, the lander's velocity increases toward the reference.

Given:

The lander's velocity-time graph

To find:

The velocity of the lander between the time frame of 11 seconds to 15 seconds.

Solution:

• At the very first the velocity of the lander towards the reference decreases abruptly around the interval of 10 seconds.

• The velocity of the lander between approximately 11-second and 15-second is increasing in a uniform manner towards the reference.

• The velocity of the lander between approximately 15-second and 23-second is increasing but slower than the velocity in the previous interval.

• The velocity of the lander between approximately 23-second and 25-second is decreasing towards the reference

So, from this, we can conclude that the velocity between approximately 11 seconds and 15 seconds, the lander's velocity increases toward the reference.

Learn more about the velocity-time graph here:

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