First of all, find the area of the circle on top of the cylinder, using the formula... pi x radius^2 ... Multiply that by two because there are two circles on the cylinder.
Then find the area of the rest of the cylinder, which is basically a rectangle. So, get the height, and multiply it by the circumference of the circle (also the length of one side of the rectangle) using the formula ... pi x diameter ...
Use the Formula Lateral Surface Area= 2(pi=3.14)rh
that would be specific to the object involved. for example, if you needed to find the surface area of the inside of a cylinder in an engine, i could help you find out how much that cylinder can displace, helping you find horsepower for that cylinder. then you could multiply that number by the number of cylinders the engine has to give you the total horsepower of the engine.
Area is for two-dimensional shapes, like rectangles or squares, and surface area is for three-dimensional shapes, like pyramids and cylinders.
Change in height and circumference
Yes.
Use the Formula Lateral Surface Area= 2(pi=3.14)rh
It depends on the shape for which you want the area. The area of both cones and cylinders are completely defined by height and radius.
Cylinders need a radius and a height and then u solve it by using the formula
Find the area of the base in square yards (which is π x radius_of_cylinder2, with the radius measured in yards) and multiply this by the cylinders height measured in yards.
No.
Area of its circular base is pi*radius squared
it is the total cylinders area in cm square.
in hozpeetal
that would be specific to the object involved. for example, if you needed to find the surface area of the inside of a cylinder in an engine, i could help you find out how much that cylinder can displace, helping you find horsepower for that cylinder. then you could multiply that number by the number of cylinders the engine has to give you the total horsepower of the engine.
To determine the number of quarts needed to clean 1500 cylinders, we first need to calculate the total surface area of all the cylinders. Once we have that total surface area, we can divide it by the surface area cleaned by one quart (7200 square inches) to find the number of quarts required. The formula to find the surface area of a cylinder is 2πrh + 2πr^2, where r is the radius and h is the height of the cylinder.
I don’t know
Area is for two-dimensional shapes, like rectangles or squares, and surface area is for three-dimensional shapes, like pyramids and cylinders.