Question Answers

Sahay Sir > Question Answers > Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) > An aircraft is flying horizontally with a constant vefocity =200m/s at a height =1km above groun At the momement shown, a bomb is released from the aircraft and the cannon-gun below fires a shell with initial speed =200m//s , at some angle theta For what value of theta will the projectile shell destroy the bomb in mid-air? If the value of theta is 53 degrees, find the minimum distance between the bomb and the shell as they fly past each other. Take sin 53=4/5

An aircraft is flying horizontally with a constant vefocity =200m/s at a height =1km above groun At the momement shown, a bomb is released from the aircraft and the cannon-gun below fires a shell with initial speed =200m//s , at some angle theta For what value of theta will the projectile shell destroy the bomb in mid-air? If the value of theta is 53 degrees, find the minimum distance between the bomb and the shell as they fly past each other. Take sin 53=4/5

a bomb is released from the aircraft and the cannon-gun below fires a shell with initial speed =200m//s An aircraft is .flying. horizontally with a constant vefocity =200m//s at a height =1km above groun At the momement shown at some angle theta For what value of theta will the projectile shell destroy the bomb in mid-air? If the value of theta is 53^(3) find the minimum distance between the bomb and the shell as they fly past each other. Take sin53^(@)=4//5