For the same collision as above, motion sensors record the velocities as a function of time for both carts. The graph of this function for the heavier cart is this: What qualities can we expect to see for a graph of velocity vs. time coming from the motion sensor recording the lighter cart's motion during the same collision? [Note: In our lab, the motion sensors are looking at their respective carts from opposite directions, so the positive direction for one sensor is the negative direction for the other, but for the purposes of this question, we will assume that the sensors agree upon the positive direction.]
For the same collision as above, motion sensors record the velocities as a function of time for both carts. The graph of this function for the heavier cart is this: What qualities can we expect to see for a graph of velocity vs. time coming from the motion sensor recording the lighter cart's motion during the same collision? [Note: In our lab, the motion sensors are looking at their respective carts from opposite directions, so the positive direction for one sensor is the negative direction for the other, but for the purposes of this question, we will assume that the sensors agree upon the positive direction.]
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![For the same collision as above, motion sensors record the velocities as a function of time for both
carts. The graph of this function for the heavier cart is this:
2
t
What qualities can we expect to see for a graph of velocity vs. time coming from the motion sensor
recording the lighter cart's motion during the same collision? [Note: In our lab, the motion sensors
are looking at their respective carts from opposite directions, so the positive direction for one sensor
is the negative direction for the other, but for the purposes of this question, we will assume that the
sensors agree upon the positive direction .]
O The graph goes no higher than dotted line #2.
The graph crosses dotted line #2, but goes no higher than dotted line #1.
The graph crosses both dotted lines.
There is not enough information to determine whether the graph crosses either dotted line.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb482e050-5cb3-49c4-9106-fd80e25f7458%2F9f3fb262-c6f6-4239-9bb3-c084040f12b3%2Fqsflwye_processed.png&w=3840&q=75)
Transcribed Image Text:For the same collision as above, motion sensors record the velocities as a function of time for both
carts. The graph of this function for the heavier cart is this:
2
t
What qualities can we expect to see for a graph of velocity vs. time coming from the motion sensor
recording the lighter cart's motion during the same collision? [Note: In our lab, the motion sensors
are looking at their respective carts from opposite directions, so the positive direction for one sensor
is the negative direction for the other, but for the purposes of this question, we will assume that the
sensors agree upon the positive direction .]
O The graph goes no higher than dotted line #2.
The graph crosses dotted line #2, but goes no higher than dotted line #1.
The graph crosses both dotted lines.
There is not enough information to determine whether the graph crosses either dotted line.
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