The rate of interest is compounded yearly. Fill the table. Principal Rate First year Second year Third year Interest Amount Interest Amount Interest Amount 80 , 000 5 %

Given, P = 80 , 000 , R = 5 % and T = 1 years. We know that, S . I = PTR 100 . For the first year: S . I = 80 , 000 × 1 × 5 100 = 4000 Total amount = P + S . I = 80 , 000 + 4000 = 84 , 000 . For the second year: Total amount becomes the principal for the second year. P = 84 , 000 . S . I = 84 , 000 × 1 × 5 100 = 4200 Total amount = 84 , 000 + 4200 = 88 , 200 . For the third year: Total amount after second year becomes the principal for the third year. P = 88 , 200 S . I = 88 , 200 × 1 × 5 100 = 4410 Total amount = 88 , 200 + 4410 = 92 , 610 . Principal Rate First year Second year Third year Interest Amount Interest Amount Interest Amount 80 , 000 5 % 4000 84 , 000 4200 88 , 200 4410 92 , 610

The rate of interest is compounded yearly. Fill the table. Principal Rate First year Second year Third year Interest Amount Interest Amount Interest Amount 5 , 000 10 %

Given, P = 5 , 000 , R = 10 % and T = 1 years. We know that, S . I = PTR 100 . For the first year: S . I = 5 , 000 × 1 × 10 100 = 500 Total amount = P + S . I = 5 , 000 + 500 = 5 , 500 . For the second year: Total amount becomes the principal for the second year. P = 5 , 500 . S . I = 5 , 500 × 1 × 10 100 = 550 Total amount = 5 , 500 + 550 = 6 , 050 . For the third year: Total amount after second year becomes the principal for the third year. P = 6 , 050 S . I = 6 , 050 × 1 × 10 100 = 605 Total amount = 6 , 050 + 605 = 6 , 655 . Principal Rate First year Second year Third year Interest Amount Interest Amount Interest Amount 5 , 000 10 % 500 5 , 500 550 6 , 050 605 6 , 655