Approx. 33.5 m To solve you use Pythagorean Theorem: c2 = a2 + b2 , where c is the hypotenuse of the right triangle. In this case c will be the length of the guy wire. The length of one leg of the triangle will 10m and the other will be 32m (40m - 8m) So, c2 = (10m)2 + (32m)2 c2 = 100m2 + 1024m2 = 1124m2 c = SQRT (1124m2) or c = 33.53 m
x2 = 1.22+ 32 x2 = 1.44+ 9 x2 = 10.44 x = √10.44 x = 3.23m This is the answer.
The term "post" typically refers to a vertical structure or support, while "ground" refers to the solid surface of the earth. In some contexts, a post can be anchored in the ground, but it is not considered the ground itself. Instead, the post is an object that interacts with the ground for stability or support.
If you are an organism that is anchored to the ground, you cannot flee from predators, move in response to changes in your environment, etc...
40
The answer is 119.9. All you have to do is use Pythagorean theorem. a^2+b^2=c^2. 275 is a, 300 is c, and you solve for b.
A seismometer is an instrument that is anchored to the ground and records the Earth's movements, specifically seismic waves caused by earthquakes and other sources of ground motion.
anchored.... standing
"Mast"A vertical pole rising out of the deck of a ship (to which sails are sometimes attached).Nuts of forest trees accumulated on the ground.A vertical pole anchored to the ground to act as an antenna.
Some trees start with a j-root.
Roots
To anchor a flagpole in the ground, first, dig a hole that is about one-third the height of the flagpole. Next, place the pole in the center of the hole and ensure it's vertical using a level. Fill the hole with concrete mix, ensuring it's compacted around the pole for stability. Allow the concrete to cure according to the manufacturer’s instructions before attaching the flag.
Zero. In order to maintain stability, it's essential that it remain in contact with the ground.