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The lateral area of a cylinder with a radius of 3.5 and a height of 4 equals 87.96 units2
The height of a cylinder with lateral area of 628 and radius 2.5 is approximately 39.98 units.
Uisng the lateral area and tha radius, you should be able to find the height of the cone. Using the height and radius as the legs of a right triangle, use the Pythagorean Theorem. The hypotenuse is the slant height.
A cylinder whose radius is 6cm and height is 20cm has a lateral area of approximately 753.98cm2
Lateral area is 527.79 units2
The height of a cylinder with lateral area of 628 and radius 2.5 is approximately 39.98 units.
The lateral area of a cylinder with a radius of 3.5 and a height of 4 equals 87.96 units2
If it is the frustum of a pyramid: The volume of a pyramid (with a square base) is: Length_of_base * Width_of_base * Height * 1/3 To get the volume of the frustum, subtract the volume of the top part (also a pyramid) from the full volume. <><><><> frustum of a cone the formula is (h*pi)/3*(r1^2+r2^2+r1*r2) this is where h = height r1= top radius r2=bottom radius
A cylinder with a radius of 7.5in and a height of 9.2in has a lateral area of approximately 433.54 square inches.
Radius
quadrupled. :)
Uisng the lateral area and tha radius, you should be able to find the height of the cone. Using the height and radius as the legs of a right triangle, use the Pythagorean Theorem. The hypotenuse is the slant height.
A cylinder whose radius is 6cm and height is 20cm has a lateral area of approximately 753.98cm2
Lateral area is 62.83 units2
Lateral area is 527.79 units2
A cylinder that has a radius of 4.2 feet and a height of 10.2 feet has a lateral area of about 269.17 square feet.
If the sides of the top and base of the pyramidal frustum are 3 and 8 metres units then the radius of the cylinder is 3.2081 metres.