Answer:
Clayton make his climb in 5 intervals.
Step-by-step explanation
Given: Clayton climbed down 50 meters.
1 interval = 10 meters down
The number of intervals = 50 divided by 10
=
= 5 intervals
Therefore, Clayton make his climb in 5 intervals.
[ 6 0 2 -8
[7 -1 -11 4
[-9 -5 5 -10
b24 means the element of set B in the second row and 4th column.
(-8) is at that position.
The mathematical concept of well-defined groupings of objects, or sets, that are referred to as members or elements of the set. The only sets that are taken into consideration are those whose members are also sets because pure set theory only deals with sets.
Given that the set is,
B=[-4 10 -3 9
[ 6 0 2 -8
[7 -1 -11 4
[-9 -5 5 -10
B24 stands for the B element in the second row and fourth column.
There is a (-8) there.
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Answer:
54 m^3
Step-by-step explanation:
volume of cone is (1/3)(pi)(r^2)h
volume of cylinder is (pi)(r^2)h
if height and base are same, then the volume of the cylinder will be three times that of the cone.
18 x 3 = 54
10.75 cu. in.
21.5 cu. in.
32.25 cu. in.
Answer:
option 2nd is correct
volume of a cone is, 10.75 cubic inches
Step-by-step explanation:
Volume of a cone (V) is given by:
......[1]
where,
r is the radius of the cone and h is the height of the cone respectively.
As per the statement:
The volume of a cylinder is 32.25 cubic inches.
Volume of a cylinder is given by:
⇒
Divide both side by 3.14 we have;
It is also given that a cone has the same height and radius as the cylinder.
⇒ and
⇒
Using formula [1] we have;
Simplify:
cubic inches
therefore, volume of a cone is, 10.75 cubic inches