### Cylinder Surface Area Calculator - Enter radius and height and calculate the surface area

## Surface Area of Cylinder Formula

**Surface Area of Solid Cylinder Formula**

#### Surface Area = 2 π r (h + r)

#### r is radius, h is height and Pi value is 3.14

### Formula for **Surface Area** of a **Cylinder Calculator with Diameter**

#### Surface area = 2 π ((d / 2) h + d² / 4 )

#### d is diameter, h is height and Pi value is 3.14

**Surface Area** of a **Hollow Cylinder**

#### Surface area = 2 π (R + r)(h + R - r)

#### R is outer radius, r is inner radius, h is height and Pi value is 3.14

## Surface Area of Sphere formula

### Formula to calculate **Surface Area** of a **Sphere** using **Radius**

#### Surface Area = 4 π r²

#### r is radius and Pi value is 3.14

### Find the **Radius** of a **Sphere** for a given **Surface Area**

#### Radius = Square root(A / 4 * π)

#### A is surface area and Pi value is 3.14

## Surface Area of Hemisphere Formula

### Formula to calculate **Surface Area** of a **Hemisphere** using **Radius**

#### Surface Area = 3 π r²

#### r is radius and Pi value is 3.14

### Find the **Radius** of a **Hemisphere** for a given **Surface Area**

#### Radius = Square root(A / 3 π)

#### A is surface area and Pi value is 3.14

## Surface Area of Cone Formula

### Formula to calculate **Surface Area** of a **Cone **using **Radius and Height**

#### Surface Area = π r (r + Square root(h² + r²))

#### r is radius, h is height and Pi value is 3.14

## Surface Area of Cube Formula

### Formula to calculate **Surface Area** of a **Cube** using **Edge**

#### Surface Area = 6 a²

#### a is edge

### Find the **Edge** of a **Cube** for a given **Surface Area**

#### Edge = Square root(A / 6)

#### A is surface area

## Surface Area of Cuboid Formula

### Formula to calculate **Surface Area** of a **Cuboid ** using Length, Width and Height

#### Surface Area = 2 (lw + wh + lh)

#### L is Length, W is Width, and H is Height

## Pyramid Volume Formula

### Formula to calculate **Surface Area** of a **Triangular Pyramid** using **Base, Slant Height and Height**

#### Surface Area =1/2 (a * b) + 3/2(b * s)

#### A is Base Height, S is Slant Height and B is Base edge

### Formula to calculate **Surface Area** of a **Square Pyramid** using **Base edge and Height**

#### Surface Area = a² + 2 a h

#### A is base edge and H is Height

### Formula to calculate **Surface Area** of a **Pentagonal Pyramid** using **Base, Slant height and Height**

#### Surface Area =5/2 (a * b) + 5/2 (b * s)

#### A is Base Height, S is Slant Height and B is Base edge

### Formula to calculate **Surface Area** of a **Rectangular Pyramid** using **Base, Width and Height**

#### Surface Area = l w + ( l * Square root((w²/4) + h²) ) + (w * Square root(l²/4+h²))

#### L is base length, W is Width and H is Height

## Surface Area of Prism Formula

### Prism Formula covers Rectangular Prism Surface Area formula, Triangular Prism Surface Area formula, Square Prism Surface Area formula and Pentagonal Prism Surface Area formula

### Formula to calculate **Surface Area** of a **Triangular Prism** using **Base, Length and Height**

#### Surface Area = bh + 3bl

#### B is Base and H is Height and L is Length

### Formula to calculate **Surface Area** of a **Square Prism** using **Base edge and Height**

#### Surface Area = 2 a² + 4 a h

#### A is base edge and H is Height

### Formula to calculate **Surface Area** of a **Rectangular Prism** using **Width, Length and Height**

#### Surface Area =2 (wl + hl + hw)

#### W is Width and L is Length and H is Height

### Formula to calculate **Surface Area** of a **Pentagonal Prism** using **Base edge and Height**

#### Surface Area = 5ab + 5bh

#### B is base edge, A is Apothem and H is Height

### Formula to calculate **Surface Area** of a **Hexagonal Prism** using **Base edge and Height**

#### Surface Area = 6 a h + 3 * square root(3) a²

#### A is base edge and H is Height

## Ellipsoid Surface Area Formula

### Formula to calculate **Surface Area** of a **Ellipsoid** using **Axes**

#### Surface Area = 4π((ab)^1.6+(ac)^1.6+(bc)^1.6/3)^1/1.6

#### A, B and C are axes

## Tetrahedron Surface Area Formula

### Formula to calculate **Surface Area** of a **Tetrahedron** using **Edge**

#### Surface Area = a² * square root(3)

#### a is Edge

### Formula to calculate **Edge** of a **Tetrahedron** using **Surface Area**

#### Edge = square root(A) * 1/3 * 3^0.75

#### A is Surface Area

## Hollow Cylinder Surface Area Formula

**Surface Area** of a **Hollow Cylinder**

#### Surface Area = 2 π (R + r) (h + R - r)

#### R is outer radius, r is inner radius, h is height and Pi value is 3.14

## Spherical Cap Surface Area Formula

### Formula to calculate **Surface Area** of a **Spherical Cap** using **Radius and Height**

#### Surface Area = 2 π RH + π (2RH - H²)

#### H is Height, R is Radius and Pi value is 3.14

## Frequently Asked Questions on Surface Area Calculator and Surface Area Formula

A = 2 π r (h + r). where A is surface area, r is radius, h is height and Pi value is 3.14

A = 2 π r (h + r). where A is surface area, r is radius, h is height and Pi value is 3.14

A = 4 π r². where A is surface area, r is radius and Pi value is 3.14

A = 4 π r². where A is surface area, r is radius and Pi value is 3.14

A = 6 a². where A is surface area and a is base edge

A = 6 a². where A is surface area and a is base edge

A = bh + 3bl. where A is surface area, b is base, h is height and l is length

A = bh + 3bl. where A is surface area, b is base, h is height and l is length

A = 2 (wl + hl + hw). where A is surface area and w is width, l is length and h is height

A = 2 (wl + hl + hw). where A is surface area and w is width, l is length and h is height

A = π r (r + Square root(h² + r²)). where A is surface area, r is radius, h is height and Pi value is 3.14

A = π r (r + Square root(h² + r²)). where A is surface area, r is radius, h is height and Pi value is 3.14

A = 1/2 (a * b) + 3/2 (b * s). where A is surface area, a is base height, s is slant height and b is base edge

A = 1/2 (a * b) + 3/2 (b * s). where A is surface area, a is base height, s is slant height and b is base edge

A = bh + 3bl. where A is surface area, b is base, h is height and l is length

A = bh + 3bl. where A is surface area, b is base, h is height and l is length

A = 4 π r². where A is surface area, r is radius and Pi value is 3.14

A = 4 π r². where A is surface area, r is radius and Pi value is 3.14

A = π r (r + Square root(h² + r²)). where A is surface area, r is radius, h is height and Pi value is 3.14

A = π r (r + Square root(h² + r²)). where A is surface area, r is radius, h is height and Pi value is 3.14

A = 2 (wl + hl + hw). where A is surface area and w is width, l is length and h is height

A = 2 (wl + hl + hw). where A is surface area and w is width, l is length and h is height

A = bh + 3bl. where A is surface area, b is base, h is height and l is length

A = bh + 3bl. where A is surface area, b is base, h is height and l is length

A = 2 (wl + hl + hw). where A is surface area and w is width, l is length and h is height

A = 2 (wl + hl + hw). where A is surface area and w is width, l is length and h is height

A = 6 a². where A is surface area and a is base edge

A = 6 a². where A is surface area and a is base edge

A = bh + 3bl. where A is surface area, b is base, h is height and l is length

A = bh + 3bl. where A is surface area, b is base, h is height and l is length

A = 1/2 (a * b) + 3/2 (b * s). where A is surface area, a is base height, s is slant height and b is base edge

A = 1/2 (a * b) + 3/2 (b * s). where A is surface area, a is base height, s is slant height and b is base edge

A = 2 (wl + hl + hw). where A is surface area and w is width, l is length and h is height

A = 2 (wl + hl + hw). where A is surface area and w is width, l is length and h is height

A = 1/2 * b * h. where A is surface area, b is base and h is height.

A = 1/2 * b * h. where A is surface area, b is base and h is height.

A = 2 (lb + bh + hl). where A is surface area, b is base, h is height and l is length

A = 2 (lb + bh + hl). where A is surface area, b is base, h is height and l is length

A = 2 (lw + wh + lh). where A is surface area, l is length, w is width and h is height

A = 2 (lw + wh + lh). where A is surface area, l is length, w is width and h is height

A = 1/2 (a * b) + 3/2 (b * s). where A is surface area, a is base height, s is slant height and b is base edge

A = 1/2 (a * b) + 3/2 (b * s). where A is surface area, a is base height, s is slant height and b is base edge

A = a². where A is surface area and a is side.

A = a². where A is surface area and a is side.

A = 1/2 (a * b) + 3/2 (b * s). where A is surface area, a is base height, s is slant height and b is base edge

A = bh + 3bl. where A is surface area, b is base, h is height and l is length

A = bh + 3bl. where A is surface area, b is base, h is height and l is length

A = a * (l + h) + b * (l + h) + (l * c) + (l * d). where A is surface area, h is altitude, l is height and a,b,c and d are sides.

A = a * (l + h) + b * (l + h) + (l * c) + (l * d). where A is surface area, h is altitude, l is height and a,b,c and d are sides.