113.097336 units cubed.
It is 1056 cm3.
x * y * z (* means multiply)
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The volume is 628.32 cubic inches.
I'm quite sure this is impossible to prove, because the volume of a sphere is not equal to the volume of a cylinder with the same radius and height equal to the sphere's diameter. This can be shown as: Volume of sphere = (4*pi*r3) / 3. Volume of cylinder = pi*r2*h. Here, the height, h, of the cylinder = d = 2r. So, the volume of the cylinder = pi*r2*2r = 2*pi*r3, which obviously does not equal the volume of the sphere. The volume of half a sphere (with radius r) is equal to the volume of a cylinder(whose height is equal to its radius, r) minus the volume of a cone with the same height and radius. Therefore, the volume of a sphere is just double that. If you follow the nearby link, you can see a nice demonstration of that.
Volume of half sphere: (4/3*pi*15^3)/2 = 2250*pi cubic units
Volume of cylinder: pi*12 squared *7 = 3166.725 cubic units rounded to 3 decimal places
radius
It is 1056 cm3.
The shape of the Earth is very close to a sphere. Its diameter at the equator is 7926 miles. If the Earth were a perfect sphere with diameter of 7926 miles, what would be its surface area?
The relationship of atomic radii for each pair of species shown below is that the atomic radius increases as you move down a group on the periodic table and decreases as you move across a period from left to right.
To calculate the volume of a cylinder, you use the formula V = πr^2h, where r is the radius and h is the height. In this case, the radius (r) is given as 8 units. However, the height (x) is given as 5 units, not h. Without knowing the height of the cylinder, we cannot calculate the volume accurately.
x * y * z (* means multiply)
As far as measurements have shown an electrons is almost a perfect sphere.
if the radius is a third then the area is a ninth 60.84 x 1/32 = 6.76 timmespi (if that's 'times pi' then) 6.76/pi = 2.15
Fluorine has the smallest atomic radius, while Francium has the largest atomic radius.