21.17
The formula for the circumference of a tree is Diameter * PI. If the circumference is known, then the diameter is equal to the circumference / PI. In this case, the diameter is equal to 5 foot 5.29 inches.
Tree trunk is a compound word
The circumference C of a circle with radius R is C = 2*pi*R pi = 3.1416... R = 18 Using a calculator: C = 113 inches This is the length of track of an HO model train laid out with eight curved sections to form a circle of radius 18 inches, such as around a christmas tree.
Can be both if it was a big tree feet but a small tree inches or even centimeters
Your question presumes that tree trunks are all circular. If you happen to find a circular tree trunk, you would measure around it to find the circumference. If the tree trunk is not circular, you will not be able to find the circumference but, you can measure around it to determine its perimeter.
21.17
A cloth tape / flexible measure.
24 inches in diameter? Circumference is pi(d), or in your case a bit over 75 inches.
19.54 ft^3 APEX
Answer this question… 24.43 ft3
The equation for the circumference is C=2πr, where r is the radius. So if the the radius is equal to half of the diameter, then you just do 22/2 = 11 and then C=2π(11), which equals 22π or 69.11503838.
Assuming that the tree is approximately circular, if it is 51 inches in diameter then it is a little over 160 inches in circumference.
Pues, no lo se cpmpletamente, pero yo creo que es probamente, en la papel de el profesor tuyo. verdad? adios, lo siento
The formula for the circumference of a tree is Diameter * PI. If the circumference is known, then the diameter is equal to the circumference / PI. In this case, the diameter is equal to 5 foot 5.29 inches.
A: Find the precise circumference of the trunk and divide by Pi. B: Cut the tree halfway through and stick a tape measure at the end of the cut (the middle of the tree) XD
It is possible but it would be a waste of your time.