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The following formula gives the surface area 
S of a right cylinder, where 
r is the radius of the base and 
h is the height:

S=2pi r(r+h)
Rearrange the formula to highlight the height.

h=◻

The following formula gives the surface area S S of a right cylinder, where r r is the radius of the base and h h is the height:\newlineS=2πr(r+h) S=2 \pi r(r+h) \newlineRearrange the formula to highlight the height.\newlineh= h=\square

Full solution

Q. The following formula gives the surface area S S of a right cylinder, where r r is the radius of the base and h h is the height:\newlineS=2πr(r+h) S=2 \pi r(r+h) \newlineRearrange the formula to highlight the height.\newlineh= h=\square
  1. Divide by 2πr2\pi r: The formula for the surface area of a right cylinder is given by S=2πr(r+h)S = 2\pi r(r + h). To isolate hh, we first need to divide both sides of the equation by 2πr2\pi r.
  2. Cancel out 2πr2\pi r: Dividing both sides by 2πr2\pi r gives us S2πr=2πr(r+h)2πr\frac{S}{2\pi r} = \frac{2\pi r(r + h)}{2\pi r}. The 2πr2\pi r on the right side cancels out, leaving us with S2πr=r+h\frac{S}{2\pi r} = r + h.
  3. Subtract rr: Next, we subtract rr from both sides to isolate hh. This gives us (S2πr)r=h\left(\frac{S}{2\pi r}\right) - r = h.
  4. Isolate hh: The equation with hh isolated is h=S2πrrh = \frac{S}{2\pi r} - r. This is the rearranged formula highlighting the height hh.

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