World Science Scholars

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  • The mass of the speeding block of wood increases, and the volume decreases because Lorentz contraction decreases the object’s length. We know that density=mass/volume, and if the mass increases and volume decreases, the object’s density will increase.

    Would the same thing occur if two balls were thrown at the ‘same speed’? The observers on the platform would obviously say the time taken to reach two equidistant destinations was different because the train is moving, but what about the people on the train? Would the ball be moving at the same speed from their perspective?

    Would the same thing occur if two balls were thrown at the ‘same speed’? The observers on the platform would obviously say the time taken to reach two equidistant destinations was different because the train is moving, but what about the people on the train? Would the ball be moving at the same speed from their perspective?

    Would the same thing occur if two balls were thrown at the ‘same speed’? The observers on the platform would obviously say the time taken to reach two equidistant destinations was different because the train is moving, but what about the people on the train? Would the ball be moving at the same speed from their perspective?

    Would the same thing occur if two balls were thrown at the ‘same speed’? The observers on the platform would obviously say the time taken to reach two equidistant destinations was different because the train is moving, but what about the people on the train? Would the ball be moving at the same speed from their perspective?

    Would the same thing occur if two balls were thrown at the ‘same speed’? The observers on the platform would obviously say the time taken to reach two equidistant destinations was different because the train is moving, but what about the people on the train? Would the ball be moving at the same speed from their perspective?

    Would the same thing occur if two balls were thrown at the ‘same speed’? The observers on the platform would obviously say the time taken to reach two equidistant destinations was different because the train is moving, but what about the people on the train? Would the ball be moving at the same speed from their perspective?

    Would the same thing occur if two balls were thrown at the ‘same speed’? The observers on the platform would obviously say the time taken to reach two equidistant destinations was different because the train is moving, but what about the people on the train? Would the ball be moving at the same speed from their perspective?

Viewing 8 posts - 1 through 8 (of 8 total)