C) The volume of the large cone is 3 times the volume of the small cone.
Step-by-step explanation:
Step 1:
The volume of a cone is determined by multiplying 
with π, the square of the radius (r²) and height (h). Here we substitute π as 3.1415.
The radius of the large cone is 1.5 inches and the height is 4 inches.
The volume of the larger cone 
So the volume of the larger cone is 9.4245 cubic inches.
Step 2:
Now, we determine the volume of the small cone.
The radius of the small cone is 1 inch and the height is 3 inches.
The volume of the small cone 
So the volume of the smaller cone is 3.1415 cubic inches.
Step 3:
Now we divide the values on the volume of the large cone by the volume of the small cone.
The volume of the large cone by the volume of the small cone
So the volume of the large cone is 3 times the volume of the small cone which is option C.
Step-by-step explanation:
Do you need answers to all of them of some of them?
1. (4.5×10¹²)÷(9×10^10)
(45×10^-1×10¹²)÷(9×10^10)
(45×10¹¹)÷(9×10^10)
(45÷9)×(10¹¹÷10^10)
5×10
if you need help with the others kindly let me know
It is relatively easy to determine whether an equation is a function by solving for y. When you are given an equation and a specific value for x, there should only be one corresponding y-value for that x-value. For example, y = x + 1 is a function because y will always be one greater than x.
3 x 3 = 9
x=3
4 x 2.75=11
y=2.75
9+11+6=26
the
complete question in the attached figure
if the tiles are similar
then
the ratio r= PQ/NM=(5.8/4.64)=1.25
let
P1 ------------- > perimeter of the smaller tile
P2------------- > perimeter of the larger tile
P2= 23 cm
P2=r*P1---------- > P1=P2/r=23/1.25=18.4 cm
the answer is 18.4 cm
