Angle of elevation = 300/50 = 6
tan-1(6) = 80.53767779 degrees or 800 32' 15.64''
If you mean the height of the building then it works out as 466.5063509 feet
That depends on the angle of elevation which has not been given.
Your missing the angle of elevation or depression.
It is: 27.35 degrees rounded to two decimal places
tan-1(40/30) = 53.13° Therefore, the sun is at a 53.13° angle of elevation.
Using trigonometry the angle of elevation is 77 degrees rounded to the nearest degree
If you mean the height of the building then it works out as 466.5063509 feet
If you also know its shadow then you can work out the angle of elevation
yes
Angle of elevation: tangent angle = opposite/adjacent and by rearranging the given formula will help to solve the problem
18.6 m/52.6 degrees tan= 14.2
Using trigonometery if you know the length of its shadow and angle of elevation
you could do a model showing the angle of elevation and angle of depression of a building
That depends on the angle of elevation which has not been given.
WARNING: Do not, under any conditions, look at the sun, directly or indirectly.The find the elevation of the sun, measure the angle that an object's shadow from the sun makes. One way to do this is with a stick in the ground. Assuming the stick is perpendicular to the ground, the ratio of the stick's length to the shadow's length is the tangent of the angle of elevation. Solve for inverse tangent, and you have the angle.
You can use trigonometry to find the angle of elevation. Let x be the distance from the tip of the shadow to the base of the pole and the height of the pole be y. Then, tan(60 degrees) = y/x. Given that the height of the pole is 12 feet, you can solve for x to find the angle of elevation.
Your missing the angle of elevation or depression.