1:2
With the information given it can be any height greater than zero units. If the area was given, or the lengths of the equal sides were given, then the height can be calculated specifically.
False
Yes. The midsection is equal to the average of the two bases.
V = (1/3*Pi*h) * (R12 + R22 + R1*R2) Where R1 and R2 are the radii of the bases, and h is equal to the height of the truncated cone.
false
Their volumes are equal.
If two cylinders have the same volume, it means that the amount of space inside each cylinder is equal. This relationship is based on the formula for the volume of a cylinder, which is V r2h, where r is the radius and h is the height. So, even if the cylinders have different dimensions, their volumes will be the same if the product of their radius squared and height is equal.
No. They may have a different height, or slant up at a different angles.
latitude of the observer.
With the information given it can be any height greater than zero units. If the area was given, or the lengths of the equal sides were given, then the height can be calculated specifically.
The area of a trapezoid is 1/2 times the sum of the bases * the height. In this case, we have the area of 65 = 1/2 * (13+13) * height. Solving for height, we have 65 * 2 / 26, so h = 5. If the two bases of a quadrilateral are of the same length, it is not a parallelogram, but a rectangle.
The milliliter and the cubic centimeter are equal volumes.
It isn't. If the cylinder and the cone have the same height and radius, the cylinder has a larger volume (twice as large). If they do not have the same height and radius you need more information to prove their relative volumes.
Yes, certainly. The trapezoid area is one half sum of bases times height and the parallelogram area is base times height If the base of the parallelogram is equal to 1/2 the sum of he trapezoid bases, they have the same area
They are equal volumes.
No. They're equal volumes.
different equal