What is the difference between the compound interests on rs.12000 at 20%p.a for one year when compounded yearly and half yearly?
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Heya ✋
Given that
P = ₹12,000
R = 20 % p.a.
T = 1 year
Solution
When the interest is compounded annually
C.I. = P{(1+R/100)^n - 1}
= 12,000{(1+20/100) - 1}
= 12,000{(100+20/100) - 1}
= 12,000{(120/100) - 1}
= 12,000{6/5 - 1}
= 12,000{6 - 5/5}
= 12,000 × 1/5
= ₹2,400
When the interest is compounded half - yearly
A = P(1+R/200)^2n
= 12,000(1+20/200)^2 × 1
= 12,000(200+20/200)^2
= 12,000(220/200)^2
= 12,000(11/10)^2
= 12,000 × 121/100
= ₹14,520
C.I. = A - P
= ₹(14,520 - 12,000)
= ₹2,520
Difference = (C.I. for half - yearly) - (C.I. for annually)
= ₹(2,520 - 2,400)
= ₹120
Thanks :))))
Given that
P = ₹12,000
R = 20 % p.a.
T = 1 year
Solution
When the interest is compounded annually
C.I. = P{(1+R/100)^n - 1}
= 12,000{(1+20/100) - 1}
= 12,000{(100+20/100) - 1}
= 12,000{(120/100) - 1}
= 12,000{6/5 - 1}
= 12,000{6 - 5/5}
= 12,000 × 1/5
= ₹2,400
When the interest is compounded half - yearly
A = P(1+R/200)^2n
= 12,000(1+20/200)^2 × 1
= 12,000(200+20/200)^2
= 12,000(220/200)^2
= 12,000(11/10)^2
= 12,000 × 121/100
= ₹14,520
C.I. = A - P
= ₹(14,520 - 12,000)
= ₹2,520
Difference = (C.I. for half - yearly) - (C.I. for annually)
= ₹(2,520 - 2,400)
= ₹120
Thanks :))))
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