Given that the player made 184 out of 329 throws, the probability of making the next throw will be:
P(x)=[Number of shots made]/[Total number of throws]
=184/329
=0.559
Thus the expected value of proposition will be:
0.599*24+0.559*12
=20.134
To find the volume of a sphere, we can apply the following formula:
(4
/3)πr^3
We know the radius is 10, so we can plug that value in.
(4/3) * pi * 10^3
<h3>V = 4188.79020479in^3</h3>
The question says "exact" volume, so I've included all of the digits in the tenths and beyond place, without rounding.
Answer:
$19.8
Step-by-step explanation:
To find the answer, find the ratio.
Answer:
4/5 or in decimal form .8
Step-by-step explanation:
Rise over run, it rose 4 and ran 5
Answer:
6.00037 x 10^6
Step-by-step explanation:
6000370 in scientific notation
= 6.00037 x 10^6
