A kite is attached to a string. Find the length of the string, when the height of the kite is 60 m and the string makes an angle $30^{0}$ with the ground.

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Solution

Let's assume the length of the rope to be $x$ m.
Height $= 60$
Now, we have
$s i n 30^{0} = 60 / x$
$\frac{1}{2} = 60 / x$
$x = 120 m$
Thus,the length of the rope is $120 m .$

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A kite is attached to a string. Find the length of the string, when the height of the kite is 60 m and the string makes an angle 300 with the ground.

Let's assume the length of the rope to be x m.Height =60 Now, we have sin300=60/x 12=60/xx=120mThus,the length of the rope is 120m.

A kite is attached to a string. Find the length of the string, when the height of the kite is 60 m and the string makes an angle $30^{0}$ with the ground.

Let's assume the length of the rope to be $x$ m.
Height $= 60$
Now, we have
$s i n 30^{0} = 60 / x$
$\frac{1}{2} = 60 / x$
$x = 120 m$
Thus,the length of the rope is $120 m .$