A kite is flying at a height of 40 meters .The boy who is flying it is carrying it at the rate of `3m//sec`. Height of the kite remains the same and the string is staight (taut).The rate at which the string is being paid out , when itys length is 50 meters , is

A kite is flying at a height of 16 meters. A boy who is flying it, is carrying it horizontally at the rate of 1.2 meter/sec. If the height of the kite remains same, the string is straight and the length of string released is 20 meters, then rate at which the string being pair out, is

A kit is 120m high and 130 m of string is out. If the kite is moving away horizontally at the rate of 52 m/sec, find the rate at which the string is being paid out.

A kit is 120m high and 130m of string is out. If the kite is moving away horizontally at the rate of 52m/sec ,find the rate at which the string is being paid out.

A kit is 120m high and 130 m of string is out. If the kite is moving away horizontally at the rate of 52 m/sec, find the rate at which the string is being paid out.

A kite is 120m high and 130 m of string is out. If the kite is moving away horizontally at the rate of 52 m/sec, find the rate at which the string is being paid out.

A kite is 120m high and 130 m of string is out. If the kite is moving away horizontally at the rate of 52 m/sec, find the rate at which the string is being paid out.

A kite is flying at a height of 60 m above the ground.The string attached to the kite is tied at the ground it makes an angle of 60^@ . Assuming that the string is straight, find the length of the string . (sqrt3 =1.732 )

A kite is flying at a height of 75 metres from the ground level,attached to a string inclined at 60o to the horizontal.Find the length of the string to the nearest metre.

A kite flying at a height 'h' mts has ''x'' meters of string paid out at a seconds. If the kite moves horizontally with constant v mts/sec. Then the rate at which the string is paid out is