Suppose the length of the shadow is s metres.
Then tan(62 deg) = 45/S so that S = 45/tan(62 deg) = 45/1.88 (approx
= 23.93 metres, approx.
(Height of the building)/(length of the shadow) = tangent of 31° .Height = 73 tan(31°) = 43.9 feet (rounded)
36 degrees
Required angle has a tangent of 7.6/6.1 ie 1.249. This is 51.25 degrees.
To cast a 19 foot shadow the building would have to be 26.91 feet tall. Each foot of building/tree casts 8.47 inches of shadow.
You take 280 times 10 and then divide that by 14 which equals 200 ft.
If you mean the height of the building then it works out as 466.5063509 feet
Using trigonometry the angle of elevation is 77 degrees rounded to the nearest degree
116
Not enough information has been given to solve this problem such as: What is the angle of elevation?
It is: 27.35 degrees rounded to two decimal places
(Height of the building)/(length of the shadow) = tangent of 31° .Height = 73 tan(31°) = 43.9 feet (rounded)
36 degrees
Required angle has a tangent of 7.6/6.1 ie 1.249. This is 51.25 degrees.
It is: tan(52)*9 = 11.519 meters rounded to three decimal places
18.6 m/52.6 degrees tan= 14.2
Use the tangent ratio: 23*tan(23) = 9.762920773 Answer: 10 meters to the nearest meter
If you also know its shadow then you can work out the angle of elevation