Sahay Sir > Question Answers > Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) > A train of length l=350m starts moving rectilinearly with constant acceleration w=3.0⋅10-2m/s2, t=30s after the start the locomotive headlight is switched on (event 1), and τ=60s after that event the tail signal light is switched on (event 2). Find the distance between these events in the reference frames fixed to be train and to the Earth. How and at what constant velocity V relative to the Earth must a certain reference frame K move for the two events to occur in it at the same point?

A train of length l=350m starts moving rectilinearly with constant acceleration w=3.0⋅10-2m/s2, t=30s after the start the locomotive headlight is switched on (event 1), and τ=60s after that event the tail signal light is switched on (event 2). Find the distance between these events in the reference frames fixed to be train and to the Earth. How and at what constant velocity V relative to the Earth must a certain reference frame K move for the two events to occur in it at the same point?

A train of length l=350m starts moving rectilinearly with constant acceleration w=3.0⋅10-2m/s2 B decides to overtake A before C does.What minimum acceleration of car B ia required to avoid an accident? both being 1 km car A is travelling with a speed of 36km/h.Two cars B and C approach car A in opposite directions with a speed of 54km/h each. At a certain instant when the distance AB=AC On a two lane road t=30s after the start the locomotive headlight is switched on (event 1)