Answer:
(x^2 * sq rt x)/3
Explanation:
first, simplify the 2x^5/18
you get x^5/9
square rooting 9 gives you 3
square rooting x^5 gives you x^2 * sqrt x
just put 3 in the denominator and x^2 * sq rt x in the numerator
ANSWER: (x^2 * sq rt x)/3
Answer:
The answer is 0.9599.
Explanation:
mu (sample) = mu = 8.4
s.d. (sample) = 1.8/ sq. rt. 40
P( greater than 8.1) = (8.9-8.4)/(1.8/ sq. rt. 40)
Let x be the mean time for the 40 mechanics
Standardize the mechanics: (8.9-8.4)/(1.8/ sq. rt. 40) = 1.75 = Z
P( x > 8.9) = P(Z > 1.75), this means the area to the right of Z = 1.75.
Then you need to look in the table of the Normal distribution, Z(1.75) =0.9599
D
Because if x=8 and y=3 then 3x and 8y are equal. So if we are trying to find an equal to 40y then you need to find what 40 times y equals first. So, 40x3=120. If we substitute x with 8 and multiply it with 15 then you get 120 so it’s equal.
Answer:
9.08
Explanation:
To solve for the distance between the probe and the center of Venus, use the formula:
<u>Plugin the values</u>:
G =
Hence:
Hi Daralava,
How does the troposphere differ from the stratosphere?
There are 2 major difference between the troposphere and the stratosphere, which is that the stratosphere is higher located than the troposphere, also the stratosphere is also warmer becase it receives more solar radiation the the troposphere.
