3 years ago

20.0 m [N] - 15 m [S20degreesE]

Physics

1 answer:

denis-greek [22]3 years ago

3 0

Answer:

thank for making me give up on life

Explanation:

I thought the stuff I had was hard wth is even that

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Imagine that a relativistic train travels past your lecture room at a speed of 0.894 c. The passengers of the train claim that w

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Answer:

The length of the train in the frame of the lecture room is 40.59 m.

Explanation:

Given that,

Speed = 0.894 c

Original length = 90.6 m

We need to calculate the length of the train in the frame of the lecture room

Using formula of length contraction

$L=L_{0}\sqrt{1-(\dfrac{v}{c})^2}$

Where, $L_{0}$ =original length

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Put the value into the formula

$L=90.6\sqrt{1-(\dfrac{0.894c}{c})^2}$

$L=90.6\sqrt{1-0.894^2}$

$L=40.59\ m$

Hence, The length of the train in the frame of the lecture room is 40.59 m.

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