Using trigonometry the angle of elevation is 77 degrees rounded to the nearest degree
That varies depending on the height of the sun, whether the shadow is cast on a sloping surface and so forth.
If the building casts a shadow, then the sun is out, and any man who is not standing in theshadow of the building will cast a shadow of his own, no matter how short or tall he may be.(If you had told us the length of the man's shadow, it would have been a completely differentquestion, and we could have had a completely different answer to offer in response.)
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(1) One way would be to have a stick, stuck vertically into the ground. Measure the length of the shadow and the length of the stick. The actual height of the stick will be a ratio of the shadow's length. Then measure the length of the school's shadow. The height of the school in comparison with its shadow length will be same ratio as the height of the stick compared to its shadow length. You could use a tape measure for this. And possibly a calculator, which will make the calculation easier than doing it by long arithmetic or mental arithmetic. (2) Another way would be to use something that can tell you, from a short distance away from the school, the angle between the top of the school and the ground. A sextant can do this. It is more accurate than using a protractor. Using trigonometry and the distance from the building to where you are standing, you will be able to calculate the height of the school, because it will be at right angles to the line from you to the school. If you don't know trigonometry, method (1) will be easier.
25 feet tall
208 ft pole
You're shadow is always changing. Why not just measure yourself?
140*10/6 = 233.33... ft or 233 ft 4 inches. Except at that distance, the end of the shadow would be too diffuse to measure accurately.
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.
Trigonometry
That varies depending on the height of the sun, whether the shadow is cast on a sloping surface and so forth.
If the building casts a shadow, then the sun is out, and any man who is not standing in theshadow of the building will cast a shadow of his own, no matter how short or tall he may be.(If you had told us the length of the man's shadow, it would have been a completely differentquestion, and we could have had a completely different answer to offer in response.)
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Between Shadow and Light was written by John R. Hargrove.
Everything has a shadow if the sun is shining or a lamp is on in a building. If you see a shadow without a light source my guess would be that it's evil.
The biggest shadow I have personally seen is probably the one from the Empire State Building.
D/G = x/C The x is the height of the neighboring building. Just cross-multiply, then divide.