Please show all the steps 10,/A slower-moving car is traveling behind a faster-moving bus. The velocities of the twovehicles are as follows:ISVIG = velocity of the Car relative to the Ground = 10 m/s%3D%3DVBG = velocity of the Bus relative to the Ground = 15 m/sA passenger on the bus gets up and walks toward the rear of the bus with a velocity of vPIB,where vPIg = velocity of the Passenger relative to the Bus = -2 m/s. What is vof the Car relative to the Passenger?the velocityCIP

The velocity of the passenger with respect to ground is, VP|B=VP|G-VB|G⇒VP|G=VP|B+VB|GVP|G=-2…

10. A slower-moving car is traveling behind a faster-moving bus. The velocities of the two vehicles are as follows: to IS VCIG = velocity of the Car relative to the Ground = 10 m/s = velocity of the Bus relative to the Ground = 15 m/s VBỊG %3D A passenger on the bus gets up and walks toward the rear of the bus with a velocity of VPIB, where vpIg = velocity of the Passenger relative to the Bus =-2 m/s. What is v of the Car relative to the Passenger? the velocity CIP

10. A slower-moving car is traveling behind a faster-moving bus. The velocities of the two vehicles are as follows: to IS VCIG = velocity of the Car relative to the Ground = 10 m/s = velocity of the Bus relative to the Ground = 15 m/s VBỊG %3D A passenger on the bus gets up and walks toward the rear of the bus with a velocity of VPIB, where vpIg = velocity of the Passenger relative to the Bus =-2 m/s. What is v of the Car relative to the Passenger? the velocity CIP

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter3: Two-dimensional Kinematics

Section: Chapter Questions

Problem 66PE: A ship sailing in the Gulf Stream is heading 25.0° west of north at a speed of 4.00 m/s relative to...

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