High School

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The diagram below shows the velocities of two runners.

11 m/s west

Runner 1

5 m/s east

Runner 2

From the frame of reference of runner 1, what is the velocity of runner 2?

O A. 5 m/s east

O B. 6 m/s east

C. 16 m/s west

O D. 16 m/s east

The diagram below shows the velocities of two runners 11 m s west Runner 1 5 m s east Runner 2 From the frame of

Answer :

Answer : 16 m/s east

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Rewritten by : Barada

From the frame of reference of runner 1, the velocity of runner 2 will be D) 16 m/s east

What is relative velocity ?

The relative velocity is defined as the velocity of an object with respect to another observer

When two bodies are moving in opposite directions , relative velocity get added and if bodies are moving in same direction , relative velocity will get subtracted .

From the frame of reference of runner 1, the velocity of runner 2 will be

v (relative) = v1 + v1

v1 = velocity of runner 1 = 11m/s west

v2 = velocity of runner 2 = 5m/s

v = 11 + 5 = 16 m/s

correct answer will be O D. 16 m/s east as runner 2 is running in east direction

learn more about relative velocity

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