You can find the radius of a cylinder if you know the surface area and the height. SA = (2pi r^2) + (2pi r h) Plug in values for SA and h and solve for r. You will have a quadratic equation. The answer will be the positive root.
The surface area of a cylinder is the circumference times the height plus twice the area of the top. SA = 2πr2 + 2πrh SA = 2π(6)2 + 2π(6)(8) SA = 72π + 96π SA = 168π SA ≈ 527.52
area of the base*height
75684.6cm^2 SA=2B+pi x r^2 SA=2 x 54+ pi x 27^2 x 33 SA=108+2290.2 x 33 SA=108+75576.6 SA=75684.6cm^2
ewan ko sa tae
You can find the radius of a cylinder if you know the surface area and the height. SA = (2pi r^2) + (2pi r h) Plug in values for SA and h and solve for r. You will have a quadratic equation. The answer will be the positive root.
3a*3b= sa=b
3a*3b= sa=b
The surface area of a cylinder is the circumference times the height plus twice the area of the top. SA = 2πr2 + 2πrh SA = 2π(6)2 + 2π(6)(8) SA = 72π + 96π SA = 168π SA ≈ 527.52
area of the base*height
75684.6cm^2 SA=2B+pi x r^2 SA=2 x 54+ pi x 27^2 x 33 SA=108+2290.2 x 33 SA=108+75576.6 SA=75684.6cm^2
ewan ko sa tae
2πr2 + 2πrh = SA Where r is the radius of the end circle and h is the height of the cylinder. for an open cylinder just get rid of the 2πr2
, is what I found on the internet as the formula to solve the volume of a cylinder, I would double-check though.
he ewan ko di ko alm sa inyo
SA = 904.78 cm2
SA = 2,884 units2