The volume of wood in the tree's trunk as it grows is
The capacity of a cylinder, which determines how much material it can carry, is determined by the cylinder's volume. There is a formula for the volume of a cylinder that is used in geometry to determine how much of any quantity, whether liquid or solid, may be immersed in it uniformly. A cylinder is a three-dimensional structure having two parallel, identical bases that are congruent.
Thus, the volume (V) of a right circular cylinder, using the above formula, is, , where
'r' is the radius of the base (circle) of the cylinder
'h' is the height of the cylinder
Given:
Height(h) = 8 x diameter = 16 x radius (r) (diameter = 2 x radius )
∴ h = 16r.
V=
Substituting h = 16r in the volume formula we get
V = =
Thus the volume of wood in the tree's trunk as it grows is .
Learn more about volume of a cylinder here :
brainly.com/question/16134180
#SPJ1
Cccccccccccc cccccccccccc cccccccccccc
<em>It depends how many days you'ill watch the dog, but let's suppose you watch the dog for a week, Your friend #1 will pay you $10 + 2 Per day (10 + 2x = Y) and friend #2 will pay you $15 plus 1 per day ( 15 + 1x = y)
So a week has 7 days so you plug in 7 in "x"
Friend #1 = 10 + 2(7) = 24
Friend #2 = 15 + 1(7) = 22
I'll take friend #1 offer because it pays you more than friend #2.
Hope this answer helps!</em>
Answer:
See below.
Step-by-step explanation:
top left
9 × 9 = 81
9/81 = 1/9
top right
9 × 9 = 81
36/81 = 4/9
bottom left
6/72 = 1/12
bottom right
12/72 = 1/6
Answer:
N(h²) = - h² + 3
Step-by-step explanation:
Since N(t) = - t + 3
N(h²) is obtained by replacing t by h².
N(h²) = - h² + 3