It can be found out through applying Sine/Cosine/tan to the angles of for example a shadow of a building due to sun.
Why do you need to FIND the slant height if you have the [lateral height and] slant height?
56 feet.
To find the angle of elevation of the sun, you can use the tangent function from trigonometry. The angle of elevation (θ) can be calculated using the formula ( \tan(θ) = \frac{\text{height of the tree}}{\text{length of the shadow}} ). Thus, you can find the angle by taking the arctangent: ( θ = \tan^{-1} \left( \frac{\text{height of the tree}}{W} \right) ). Make sure to substitute the appropriate values for the height of the tree and the length of the shadow.
we can find the height of a rectangular pyramids located at the top of the base
You find the height by using Pythagoras' theorem and then 0.5*base*height = area.
Tan60= 25/Height. Height = 25/Tan60 = 14.43
The function "Height sun" is likely a positive relationship, meaning that as the amount of sun per year increases, the height of the tree also increases. However, other factors can also influence tree growth, so it may not be the only determinant of tree height. The function can provide valuable information for predicting and understanding tree growth patterns in varying levels of sun exposure.
Why do you need to FIND the slant height if you have the [lateral height and] slant height?
six feet
Going to the Sun Road reaches a maximum height of 2025 meters above sea level.
56 feet.
All you have to do is find the area divide it by the base and then you get the height.
The size of a "sun" is compared to that of Earth's Sun which is one solar mass. One does not describe a "sun" in terms of height.
Bats wouldn't be able to reach the altitude (height) on getting to the sun.
11 3/4in(30m)
we can find the height of a rectangular pyramids located at the top of the base
You find the height by using Pythagoras' theorem and then 0.5*base*height = area.