You are on a cruise ship traveling north at a speed of 13 m/s with respect to land. 1) if you walk north toward the front of the ship, with a speed of 2.8 with respect to the ship, what is your velocity with respect to the land

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Physics

Dylan Compton

23 May, 20:09

You are on a cruise ship traveling north at a speed of 13 m/s with respect to land. 1) if you walk north toward the front of the ship, with a speed of 2.8 with respect to the ship, what is your velocity with respect to the land

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Dalia Ware · Answer 1

In order to find the our own velocity with respect to land, we need to apply the theory of relative velocity.

Now consider the velocity of the ship traveling towards the north with respect to land as A. Consider our own velocity headed northwards as B.

The relative velocity is the velocity that the body A would appear to an observer on the body B and vice versa.

In this case the relative velocity would be arrived by summing up our velocity with the velocity of the ship as the object (I) is travelling in the ship.

Relative velocity = Velocity of Body A + Velocity of Body B.

Velocity of the ship traveling towards the north with respect to land (A) = 13.0m/s. (Given)

Our own velocity headed northwards (B) = 2.8 m/s.

Relative velocity = Velocity of Body A + Velocity of Body B.

Relative velocity = 13.0 + 2.8 = 15.8m/s.

Thus our own velocity with respect to the land is 15.8 m/s.