11. Create a flowchart and an algorithm to calculate potential energy of body. [PE = MGH where G = 9.8].
Algorithm:
Step 1: Start
Step 2: Input Mass and Height (M, H)
Step 3: P = M * 9.8 * H
Step 4: Print “ Potential Energy Of Body “ P
Step 6: Stop/End
Flowchart:
12. Create a flowchart and an algorithm to display perimeter of rectangle.
Algorithm:
Step 1: Start
Step 2: Input Length and Breadth of Rectangle (L, B)
Step 3: P = 2 * (L + B)
Step 4: Print “Perimeter of Rectangle ” P
Step 5: Stop/End
Flowchart:
13. Create a flowchart and an algorithm to input principal, rate, time and display Simple Interest and total amount.
Algorithm:
Step 1: Start
Step 2: Input Principal, Time and Rate (P, T, R)
Step 3: I = (P * T * R) / 100
Step 4: A = P + I
Step 5: Print “ Simple Interest “ I
Step 6: Print “ Total Amount ” A
Step 7: Stop/End
Flowchart:
14. Create a flowchart and an algorithm to ask in kilogram and convert into grams
Algorithm:
Step 1: Start
Step 2: Input Value in Kilogram (K)
Step 3: G = K * 1000
Step 4: Print ”Value In Grams ”G
Step 5: Stop/End
Flowchart:
15 Create a flowchart and an algorithm to display total surface area and volume of the sphere.
Algorithm:
Step 1: Start
Step 2: Input radius of sphere(r)
Step 3: A = 4 * 3.14 * r ^ 3
Step 4: V = (4 / 3) * 3.14 * r ^ 3
Step 5: Print Total Surface Area of Sphere is : A
Print Volume of Sphere is: V
Step 6: Stop/End
Flowchart:
16. Create a flowchart and an algorithm to display the total surface area of a cylinder.
Algorithm:
Step 1: Start
Step 2: Input length(l), Breadth(b), Height(h)
Step 3: T = 2 * ( l * b + b * h + h * l)
Step 4: Print Total Surface Area of Cylinder is : T
Step 5: Stop/End
Flowchart:
17. Create a flowchart and an algorithm to display total surface area of cuboid/box.
Algorithm:
Step 1 : Start
Step 2 : Input Length, Breadth and Height of Cuboid (L, B, H)
Step 3 : T = 2 * ( L * B + B * H + H * L)
Step 6 : Print “ Total Surface Area of Cuboid “ T
Step 7 : Stop/End
Flowchart:
18. Create a flowchart and an algorithm to display the area and perimeter of the rectangle.
Algorithm:
Step 1: Start
Step 2: Input Length and Breadth of the Rectangle (L, B)
Step 3: A = L * B
Step 4: P = 2 * ( L + B )
Step 5: Print “ Area of Rectangle “ A
Step 6: Print “ Perimeter of Rectangle “ P
Step 6: Stop/End
Flowchart:
19. Create a flowchart and an algorithm to display Total Surface Area of Sphere.
Algorithm:
Step 1: Start
Step 2: Input Radius (R)
Step 3: A = 4 * 3.14 * R ^ 2
Step 4: Print “ Total Surface Area of Sphere “ A
Step 5: Stop/End
Flowchart:
20.Create a flowchart and an algorithm to calculate distance. [S=UT+1/2(AT^2)]
Algorithm:
Step 1: Start
Step 2: input velocity, time, acceleration (U, T, A)
Step 5: S = U * T + 1 / 2 * ( A * T ^ 2 )
Step 6: Print Distance Traveled is : S
Step 7: Stop/End
Flowchart:
