1 ft = 0.3048 m (exactly)
→ 40 ft = 40 × 0.3048 m = 12.192 m ≈ 12.2 m
about the height of a very tall pine tree
The tree is 339 feet away from the tree. 113X3=339
the answer is 25.
jk gg heb
A 1 foot shadow I think.
A tree is not metres. If its height is 50 feet, then its height is equivalent to 15.24 metres. (rounded)
The height of a tree would best be measured in metres.
To convert feet to meters, you can use the conversion factor that 1 foot is approximately 0.3048 meters. Therefore, to convert 60 feet to meters, you multiply 60 by 0.3048, which equals about 18.29 meters. So, the height of the tree is approximately 18.3 meters.
the height of a regular tree is usually in inches, but for a big tree it is in feet.
Feet or metres would seem the most suitable.
The height of a tree in feet would be greater than the height of the same tree in yards, because there are 3 feet in a yard. For example, if a tree is 9 feet tall, it would be 3 yards tall. Thus, when comparing the two measurements directly, the height in feet will always be greater.
Feet or meters would work well for measuring the height of the tree.
To find the height of the tree, you can use trigonometry, specifically the tangent function, which relates the angle of elevation to the height and distance from the tree. The formula is: height = distance × tan(angle). In this case, height = 14 feet × tan(72 degrees), which is approximately 14 feet × 3.0777, resulting in a height of about 43.1 feet.
To find the actual height of the tree, you can multiply the height in the drawing by the scale factor. Since the scale is one inch to 32 feet, you would calculate 6 inches × 32 feet/inch, which equals 192 feet. Therefore, the actual height of the tree is 192 feet.
If the man's shadow is 4 feet long, and the man is 6 feet tall, then the ratio of the man's height to his shadow length is 6:4, or 1.5. Therefore, you can use this ratio to determine the height of the tree by setting up a proportion: tree height/x = 1.5/4. Solve for x to find the height of the tree.
General Sherman is the name of a Giant Sequoia with a height of 275 feet (83.8 metres). As of 2002, the volume of its trunk measured about 1487 cubic meters, making it the largest non-clonal tree by volume.
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