1. Create a flowchart and an algorithm to display the volume of the sphere .

## Algorithm:

Step 1: Start

Step 2: Input Radius Of Sphere ( R )

Step 3: V = 4 / 3 * 3.14 * R ^ 3

Step 4: Print “Volume Of Sphere” V

Step 5: Stop/End

### Flowchart:

## 2. Create a flowchart and an algorithm to display an area of 4 walls.

### Algorithm:

Step 1: Start

Step 2: Input length, breadth and height (l, b, h)

Step 3: A = 2 * h * ( l + b )

Step 4: Display A

Step 5: Stop/End

### Flowchart:

## 3.Create a flowchart and an algorithm to display the total surface area and volume of the cuboid

### Algorithm:

Step 1: Start

Step 2: Input length, breadth and height of cuboid (l, b, h)

Step 3: A = 2 * ( l * b + b * h + h * l)

Step 4: V = l * b * h

Step 5: Print ”Total Surface Area Of Cuboid is” A

Step 6: Print “Volume Of Cuboid is ” V

Step 7: Stop/End

### Flowchart:

## 4. Create a flowchart and an algorithm to display the total surface area of cube.

### Algorithm:

Step 1: Start

Step 2: Input Side of Cube(L)

Step 3: T = 6 * L ^ 2

Step 4: Print “ Total Surface Area of Cube” T

Step 5: Stop/End

### Flowchart:

## 5. Create a flowchart and an algorithm to display Area of Rectangle.

### Algorithm:

Step 1: Start

Step 2: Input length and breadth of rectangle (L ,B)

Step 3: A = L * B

Step 4: Print “ Area Of Rectangle ” A

Step 5: Stop/End

### Flowchart:

## 6. Create a flowchart and an algorithm to display Circumference of Circle.

### Algorithm:

Step 1: Start

Step 2: Input Radius (R)

Step 3: C = 2 * 3.14 * R

Step 4: Print “ Circumference of Circle ” C

Step 5: Stop/End

### Flowchart:

## 7. Create a flowchart and an algorithm to display area of triangle when three sides are given.

### Algorithm:

Step 1: Start

Step 2: Input Three Sides of Triangle (a, b, c)

Step 3: s = a + b + c / 2

Step 4: AR = (s * (s – a) *(s – b)*(s-c)) ^ 1/ 2

Step 5: Print Area of Triangle is AR

Step 6: Stop/End

### Flowchart:

## 8. Create a flowchart and an algorithm to display Area and Circumference of Circle

### Algorithm:

Step 1: Start

Step 2: Input Radius ( R )

Step 3: 3.14 * R ^ 2

Step 4: C = 2 * 3.14 * R

Step 5: Print “ Area of Circle ” A

Step 6: Print “ Circumference of Circle ” C

Step 7: Stop/End

### Flowchart:

## 9. Create a flowchart and an algorithm to ask distance in kilometer and convert into miles.

### Algorithm:

Step 1: Start

Step 2: Input distance in km (K)

Step 3: M = K * 0.62

Step 4: Print “ Distance in Miles” M

Step 5: Stop/End

### Flowchart:

## 10. Create a flowchart and an algorithm to input distance in meter and convert into kilometer.

### Algorithm:

Step 1: Start

Step 2: Input distance in meter(m)

Step 3: k = m / 1000

Step 4: Print Kilometer: k

Step 5: Stop/End