Question

The height of a can of coke is in 11 cm and the radius is 6 cm calculate the total surface area of the can in cm^3 assuming that the

can is a closed cylinde​

Answer 1

204π cm^2

which is 640.88 cm^2 to the nearest hundredth.

Explanation:

Surface area = 2 * area of the base + area of the curved side.

= 2*π *r^2 + 2*π*r*h

= 2π(6)^2 + 2π(6)(11)

= 72π + 132π

= 204π cm^2.

Answer 2

The total surface area of the the cylinder is 640.56cm², surface are is always give in cm² not in cm³ b/c cm³ indicates the volume of the cylinder not the surface area.

Explanation:

Hello!

. SA=2πr(r+h) ,or 2πr²+h(2πr)

• SA=2(3.14)(6cm)(6cm+11cm)
• SA=6.28(6cm)(17cm)
• SA=37.68cm(17cm)
• SA=640.56cm²