A ballon is connected to a metrorological ground station by a cable of length 215 m inclined at `60^(@)` to the horizontal. Determine the height of the ballon from the ground. Assume that there is no slack in the cable.

A balloon is connected to a meteorological ground station by a cable of length 215m inclined at 60o to the horizontal. Determine the height of the balloon from the ground. Assume that there is no slack in the cable.

A balloon is connected to a meteorological ground station by a cable of length 215m inclined at 60o to the horizontal.Determine the height of the balloon from the ground. Assume that there is no slack in the cable.

A balloon is connected to a meteorological station by a cable of length 200 m inclined to the horizontal at an angle of 60°. Determine the height of the balloon from the ground. Assume that there is no slack in a cable. [Take sqrt3 = 1.73) .

A balloon is connected to an electric pole by a cable of length 215m inclined at 60^(@) to the horizontal.Determine the height of the balloon from the ground.Also,find the height of the balloon if the angle of inclination is changed from 60^(@) to 30^(@)

A man goes 80 m on an inclined cliff inclined at 45^(@) from the horizontal. Find the vertical height of the man from the ground.

A man goes 80 m on an inclined cliff inclined at 45^(@) from the horizontal. Find the vertical height of the man from the ground.

The string of a kite is 250 m long and it makes an angle of 60^(@) with the horizontal. Find the height of the kite is assuming that there is no slackness in the string.

A kite is flying, attached to a thread which is 165m long. The thread makes an angle of 30^(@) with the ground. Find the height of the kite from the ground , assuming that there is no slack in the thread.