The volume of a volleyball with radius 11.1 cm is 5731.025 cubic centimeter
<h3><u>Solution:</u></h3>
Given that volume of a sphere is a function of its radius
Radius = 11.1 cm
<em><u>To find: volume of a volleyball</u></em>
Since volleyball is generally of spherical shape, we can use volume of sphere formula
Where "r" is the radius of sphere and 
is a constant which has value 3.14
<em><u>Substituting the given radius r = 11.1 cm</u></em>
volume of sphere = 5731.025 cubic centimeter
Thus the volume of volleyball is 5731.025 cubic centimeter
Answer:
See below
Step-by-step explanation:
You order the hundreds digits, then the tens, and finally the ones.
a. 213, 290, 871, 899
b. 213, 291, 871, 899
c. 91, 312, 871, 899
d. 123, 190, 871, 899
Answer:
25%
Step-by-step explanation:
i did this 2 years ago
The given graph is a downward parabola.
The roots of the equation is -2 and -8, and the vertex is (-5,7).
The general root form of parabola will be,
a(x-(-2))(x-(-8))=a(x+2)(x+8).
The value of a can be determined from the coordinate of vertex,
Thus, the required quadratic is,
The value of f(-6) can be determined as,
Thus, the requried value of f(-6) is 6.22.
(I know there isnt any real problem here to solve, but heres a tip on how to solve greatest to least with decimal problems)
1. Just because a number looks big, doesn't mean it is big
Example: 1.00000000000001 < 1.1
just look at the numbers ^ and dont just hastily read it over assuming that 1.1 is smaller because it "has less digits"
2. Negative numbers are... opposite. and they are less than positive numbers
-3.4 > -4.1
Why is this? Well, if you look on a line, with the point 0 in the middle, you can see that -3.4 is not as far away from 0 as -4.1 is. So the idea is to apply opposite logic for negative numbers
I hope these tips helped!! :D
