An airplane is flying horizontally with a velocity of 450km/hr at an altitude of 1960m towards a target on the ground which is to be bombed. Estimate where thebomb must be released in order to hit the target and the time of travel of the bomb.What is the velocity with which the bomb will hit the target? Also find the anglemade by the line of sight of the pilot when the bomb is released.
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velocity of the particle is always equals to the velocity of the flight
the pilot will observe that the ball is exactly down to him. so the line of sight will be perpendicular to the horizantal
the pilot will observe that the ball is exactly down to him. so the line of sight will be perpendicular to the horizantal
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in such a case velocity of point is always equal to velocity of the plane use this so you can get an answer
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