Answer:
Yes it is is 392.9 m^3
Step-by-step explanation:
Volume of cylinder is π*r^2*h, π times radius squared times height.
Since the diameter is 5.2, the radius is 2.6 (half of it). 2.6^2 = 6.76, and the height is 18.5, 6.76*18.5 = 125.06. Multiply it by pi to get 392.887577258, round it to 392.9, The volume is 392.9 cubic meters.
Answer:
y=-3/4x
Step-by-step explanation:
the form is "y=mx(+/-b). m is slope. b is y-intercept.
Answer:
(3,-5)
Step-by-step explanation:
Given
Required
Determine G
This is calculated using the following midpoint formula;
Where
and 
Substitute these values in the formula above
Solving for 
Multiply both sides by 2
Solving for 
Multiply both sides by 2
Hence, the coordinates of G is 
Just find the a common denominator between the two fractions and then add across
For example on the first one i'm going to turn each fraction into an improper fraction by multiplying the whole number by the denominator then adding that number to the numerator
2 1/8 = 17/8
4 2/3 = 14/3
Then multiply the denominators together to get 24 - this is the common denominator (24)
Figuring out the numerator is more complex - figure out what number needs to be multiplied to the original denominator that makes it 24 - then multiply that to the numerator. Add the two products and the answer should be 163/24.
This could be dead wrong because the number next to the fraction could be multiplying in - in that case the answer is 35/12 and has a completely different set of steps.
The base case of 
is trivially true, since
but I think the case of 
may be a bit more convincing in this role. We have by the inclusion/exclusion principle
with equality if 
.
Now assume the case of 
is true, that
We want to use this to prove the claim for 
, that
The I/EP tells us
and by the same argument as in the case, this leads to
By the induction hypothesis, we have an upper bound for the probability of the union of the 
through 
. The result follows.
