Use the tangent ratio:
tan = 93/26 = 74.38 degrees to 2 d.p.
36 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.
A 1 foot shadow I think.
The tree is 25 feet tall. A 5 foot pole cast a 2 foot shadow. This means that the sun angle causes the shadow to be 2/5 the length of the object casting it. The tree's shadow is 10 feet tall. Multiply 10 feet by 5/2 (inverting the fraction because we're going the other way) and we get 25 feet.
It works out as: 42.353 feet tall rounded to 3 decimal places
Your missing the angle of elevation or depression.
It is nearly 40 feet
36 degrees
If you mean the height of the building then it works out as 466.5063509 feet
The man is 5.96 feet tall and the lamp is 17.88 feet high.
Angle of elevation = 300/50 = 6 tan-1(6) = 80.53767779 degrees or 800 32' 15.64''
tan-1(40/30) = 53.13° Therefore, the sun is at a 53.13° angle of elevation.
-67
If the angle of elevation is 32 degrees then using the tangent ratio in trigonometry the height of the tree is 18.75 feet rounded up to two decimal places
It depends on the time of day because the angle of the sun will determine the shadow length
A pole casting a shadow 49 feet long with an angle of elevation of the sun of 44.8 degrees is 50 feet tall. (47.98 rounded to two places)Tangent (theta) = opposite / adjacentTangent (44.9) = X / 49X = 47.98This does not take into account the curvature of the earth, but the error in this example is inconsequential, specifically an elevation error of about 0.015 percent.
That depends on the angle of elevation which has not been given.