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2. Brenda drives along a straight road at a constant speed of 30.0 m/s. She passes a parked motorcycle police officer, and two seconds later, the officer starts to accelerate at 4.00 m/s² to overtake her. Assume the officer maintains this acceleration. (a) Determine the time it takes the police officer to reach Brenda from the time she first passes the officer. ind the location where the police officer catches her in respect to where she first passed the officer. anpronn the position graphs on an x-t plot showing both drivers motion plots in the same graph, labeling appropriately. it by bone speed of the officer when he catches her. Plot their velocity vs time plots as well, labeling appropriately. Do hand, not with a program. bos e od isdo.1 bmad yd raoil od doani noln

2. Brenda drives along a straight road at a constant speed of 30.0 m/s. She passes a parked motorcycle police officer, and two seconds later, the officer starts to accelerate at 4.00 m/s² to overtake her. Assume the officer maintains this acceleration. (a) Determine the time it takes the police officer to reach Brenda from the time she first passes the officer. ind the location where the police officer catches her in respect to where she first passed the officer. anpronn the position graphs on an x-t plot showing both drivers motion plots in the same graph, labeling appropriately. it by bone speed of the officer when he catches her. Plot their velocity vs time plots as well, labeling appropriately. Do hand, not with a program. bos e od isdo.1 bmad yd raoil od doani noln

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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(b) Find the location where the police officer catches her in respect to where she first passed the officer. 2. Brenda drives along a straight road at a constant speed of 30.0 m/s. She passes a parked motorcycle police officer, and two seconds later, the officer starts to accelerate at 4.00 m/s² to overtake her. Assume the officer maintains this ahat overna acceleration. ta) Determine the time it takes the police offcer to reach Brenda from the time she first passes the ofmicer. (c) Sketch the position graphs on an x-t plot showing both drivers motion plots in the same graphn, labemng appropriately. Find the speed of the officer when he catches her. Plot their velocity vs time plots as well, labeling appropriately. Do it by hand, not with a program. o bos es orh isdeI baad yd roih od o ni ol bs Tot atquovsini orla bne mim o am Snouslooos ori to sbu Jole s ni i tods I foros ai vrioolov odi odw ool
Transcribed Image Text:(b) Find the location where the police officer catches her in respect to where she first passed the officer. 2. Brenda drives along a straight road at a constant speed of 30.0 m/s. She passes a parked motorcycle police officer, and two seconds later, the officer starts to accelerate at 4.00 m/s² to overtake her. Assume the officer maintains this ahat overna acceleration. ta) Determine the time it takes the police offcer to reach Brenda from the time she first passes the ofmicer. (c) Sketch the position graphs on an x-t plot showing both drivers motion plots in the same graphn, labemng appropriately. Find the speed of the officer when he catches her. Plot their velocity vs time plots as well, labeling appropriately. Do it by hand, not with a program. o bos es orh isdeI baad yd roih od o ni ol bs Tot atquovsini orla bne mim o am Snouslooos ori to sbu Jole s ni i tods I foros ai vrioolov odi odw ool
Expert Solution
Step 1

Given Information:

The velocity of Brenda (vb) = 30 m/s

The acceleration of the officer (a) = 4 m/s2

The time after which the officer starts after Brenda passes = 2 sec

assumption:

Let point where  the officer began chasing Brenda be (0,0) and Brenda and officer are moving along x-axis.

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