3. You are driving to the store at a constant velocity of 60.0 km/h East when you see a squirrel run into the middle of the road. It takes you 200.0 ms for you to react and to begin applying the brakes. Once you start braking, you accelerate uniformly to rest in 2.00 seconds. a) Sketch the velocity-time and position-time graphs for your car from the moment you saw the squirrel. [East] [East] b) Briefly explain the analysis you would perform to find the total displacement of the train over the trip described. (No calculations are required).
3. You are driving to the store at a constant velocity of 60.0 km/h East when you see a squirrel run into the middle of the road. It takes you 200.0 ms for you to react and to begin applying the brakes. Once you start braking, you accelerate uniformly to rest in 2.00 seconds. a) Sketch the velocity-time and position-time graphs for your car from the moment you saw the squirrel. [East] [East] b) Briefly explain the analysis you would perform to find the total displacement of the train over the trip described. (No calculations are required).
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![3. You are driving to the store at a constant velocity of 60.0 km/h East when you see a squirrel run
into the middle of the road. It takes you 200.0 ms for you to react and to begin applying the
brakes. Once you start braking, you accelerate uniformly to rest in 2.00 seconds.
a) Sketch the velocity-time and position-time graphs for your car from the moment you saw the
squirrel.
[East]
[East]
b) Briefly explain the analysis you would perform to find the total displacement of the train over the
trip described. (No calculations are required).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff21f8770-71bf-4f55-abc1-5ee559a66a40%2Faf02338b-ddf8-4246-9cbb-f846de5fd928%2Feumi4fj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3. You are driving to the store at a constant velocity of 60.0 km/h East when you see a squirrel run
into the middle of the road. It takes you 200.0 ms for you to react and to begin applying the
brakes. Once you start braking, you accelerate uniformly to rest in 2.00 seconds.
a) Sketch the velocity-time and position-time graphs for your car from the moment you saw the
squirrel.
[East]
[East]
b) Briefly explain the analysis you would perform to find the total displacement of the train over the
trip described. (No calculations are required).
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