You would multipy the length of the cylinder by its circumference, then add to that the area of the circle on the closed end. the formula would be:
(Pi X diameter X cylinder length) + (Pi X radius X radius)
For the base, the area is pi*r2.
Add this area to the SA of the side, which is circumference* height, or 2pi*r*h
So, the final surface area would be pi*r2 + 2pi*r*h.
Because there is only one base, you only need to find the area of one circle on the bottom.
if the cylinder is on the inside, it would not affect the surface area. otherwise, subtract the part of the inside cylinder that touches the outside from the cylinder
The circumference of that cylinder would be 31.4156 meters, and with a height of 4 meters, the outside surface of the sides would be 125.66 square meters. Does a cylinder have both an inside and outside surface? There is no thickness at all to the sides. Maybe it needs to be doubled, to be 251.32 square meters so we get both inside and outside surface, but I think not. A cylindrical *prism* would have a top and bottom, each having a surface of 78.54 square meters, for a total of 282.74 square meters.
You would need to know the surface area of a cylinder if you are a factory worker at Pepsi. You would need to know the dimensions of the label, so it will fit on the can.
The volume of this cylinder would be 62.857142857142804 cubic units. The surface area of this cylinder would be 87.96459430051421 square units.
, is what I found on the internet as the formula to solve the volume of a cylinder, I would double-check though.
if the cylinder is on the inside, it would not affect the surface area. otherwise, subtract the part of the inside cylinder that touches the outside from the cylinder
The circumference of that cylinder would be 31.4156 meters, and with a height of 4 meters, the outside surface of the sides would be 125.66 square meters. Does a cylinder have both an inside and outside surface? There is no thickness at all to the sides. Maybe it needs to be doubled, to be 251.32 square meters so we get both inside and outside surface, but I think not. A cylindrical *prism* would have a top and bottom, each having a surface of 78.54 square meters, for a total of 282.74 square meters.
The shape that has the maximum surface area will react the quickest. Sphere has the minimum surface area so it react the slowest. Normally I would say the cylinder would react the fastest however I would calculate the surface area of the cylinder and the ellipitical just to make sure. Chris Clanton
Calculate as you would the surface of a cylinder who's height is the length of the central line of the pipe bend.(2*π*r*h)where:r is the (external) radius of the pipeπ is the constant 3.14159... andh is the length of the cylinder or the center-line of the pipe bend
To calculate the force that a hydraulic cylinder can exert, you would need to know the hydraulic pressure being applied to the cylinder and the effective area of the piston inside the cylinder. The formula to calculate the force is force = pressure x area.
You would need to know the surface area of a cylinder if you are a factory worker at Pepsi. You would need to know the dimensions of the label, so it will fit on the can.
On the lateral surface.
The volume of this cylinder would be 62.857142857142804 cubic units. The surface area of this cylinder would be 87.96459430051421 square units.
, is what I found on the internet as the formula to solve the volume of a cylinder, I would double-check though.
The formula for surface area of a cylinder is (2pi * r^2) + (2pi * r * h). Substituting your values in, the surface area would be 170pi.
To calculate density using a 100mL beaker or cylinder, you would first measure the mass of the substance using a balance. Then, you would divide the mass by the volume of the beaker or cylinder to obtain the density. Density = mass / volume.
Of course they can. The cone would have to be taller or have a wider base than the cylinder, but they could very easily have the same surface area. A cone and a fish can have the same surface area.