What is the extracts volume of the largest cone that can fit into a cube with edges of 10 inches
1 answer:
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Answer:
Step-by-step explanation:
To answer this question, First, we define a direction in space, which defines
the North Pole of each planet.
We also assume that the direction is not at 90° perpendicular to the axis of any two planet.
Assume we now define an order on the set of planet by saying that planet A ≥ B, when removing all the other planet from space, the north pole B, is visible from A.
If we refer to the direction of the planet in the diagram, we discover that,
1, A ≥ A
2, If A ≥ B and B≥ A,
Then A = B
3, If A ≥ B, and B ≥ C , then A ≥ C
4, Either A ≥ B or B ≥ A
It should also be noted that the array of order above has a unique maximal element (M). This is the only planet whose North Pole is not visible from another.
If we now consider a sphere of the same radius as the planets. Remove
from it all North Poles defined by directions that are perpendicular
to the axis of two of the planets. This is a set of area zero.
For every other point on this sphere, there exists a direction in
space that makes it the North Pole, and for that direction, there
exists a unique North Pole on one of the planets which is not visible
from the others. Hence the total area of invisible points is equal
to the area of this sphere, which in turn is the area of one of the planets.
Answer:
Percent of Robbery
Percent of Robbery
Step-by-step explanation:
Given that total number of crimes = 21,790,654.
total number of Robbery = 408, 016 and
total number of Burglary = 2,050,992
Now we need to find about what are their percent in crimes rounded to the nearest percent for each two crimes.
So apply the percent formula
Then percent of Robbery
Then percent of Robbery