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How much will 20k earn in 5 yrs if invested at 10 percent compounded semiannually?
If every six months the capital earn 10% interest which is compounded, at the end of 5 years, the interest will be 31875. If the annual interest rate is 10%, it makes no difference how often it is compounded. The six monthly interest rate is adjusted - to 4.88% rather than 5% - so that the total interest for a year is 10%.
How much interest will 900 earn in one year at 4.75 percent?
4.75 percent of 900 is 42.75 . A few pennies more if the interest is compounded at any time during the year. For example, if interest is compounded every month, then you have 43.69 at the end of the year.
What is 2000.00 for 4 years compounded daily at 2.25 percent apr?
APR stands for annual percentage rate. That being the case, it does not matter whether the interest is compounded every day or every millisecond. The effect, at the end of a year is interest equal to 2.25 percent. So, 2000 at 2.25 percent compounded, for 4 years = 2000*(1.0225)4 = 2000*1.093083 = 2186.17
What are the different types of interest earned on principle?
simple(interest is earned on the original principal) $100 earning 10% per month with earn $10 every month and compound(interest is compounded every set amount of time e.g. monthly and a new principal is derived) $100 earning 10% per month compounded monthly will earn $10 the first month after which it is compounded making the new principal $110 the next month will earn $11 and so on
How much money will you have at the end of the end of the year if interest is compounded semi-annually at 10 percent on a 600 deposit?
661.5 I got that by using a financial calculator i divided the interest rate by 2 because compounding is semiannually, and multiplied the term (1 year) by 2 because compounding is semiannually. I used 600 as the present value, and solved for the future value. As I recall from college I think that is how it is done. Keep in mind that assumes the initial deposit earns interest for a full year. Another way: Simple Interest formula = (p * n * r)/ 100 p - principal n - number of years r - rate of interest So SI for the first 6 months = 600 * 0.5 * 10/100 = 30 Principal at the end of first half year = 630 Now p = 630 because the interest after the first half year is credited to your account. so SI = 600 * 0.5 * 10/100 = 31.5 Principal at the end of one year = 661.5 Note: I took n as 0.5 because interest is compounded every half year. If it is every quarter you must take n = 0.25 and perform this math 4 times to finish the one year
What is compound interest semiannually?
Interest is compounded semiannually if the interest is calculated every six months and added to the capital.
What would be the amount of compound interest on 8000 invested for two years at 12 percent compounded semiannually?
Semiannually over two years is equivalent to 4 periods. If the interest is 12% every 6 months, then the amount of interest is It is 8000*[(1.12)4 -1] =4588.15
How much will 20k earn in 5 yrs if invested at 10 percent compounded semiannually?
If every six months the capital earn 10% interest which is compounded, at the end of 5 years, the interest will be 31875. If the annual interest rate is 10%, it makes no difference how often it is compounded. The six monthly interest rate is adjusted - to 4.88% rather than 5% - so that the total interest for a year is 10%.
What is the term for interest that is compounded every three months?
Quarterly.Quarterly.Quarterly.Quarterly.
5 percent interest compounded annually means percent paid every?
year
What is a patriot bond?
Patriot Bonds are Series EE savings bonds, which are specially inscribed with the words "Patriot Bond." The Patriot Bond series will begin December 11, 2001. Bonds increase in value every month, and interest is compounded semiannually. You can cash your bond after six months. Bonds cashed before they are five years old are subject to a 3-month interest penalty.
How much interest will 900 earn in one year at 4.75 percent?
4.75 percent of 900 is 42.75 . A few pennies more if the interest is compounded at any time during the year. For example, if interest is compounded every month, then you have 43.69 at the end of the year.
What is 2000.00 for 4 years compounded daily at 2.25 percent apr?
APR stands for annual percentage rate. That being the case, it does not matter whether the interest is compounded every day or every millisecond. The effect, at the end of a year is interest equal to 2.25 percent. So, 2000 at 2.25 percent compounded, for 4 years = 2000*(1.0225)4 = 2000*1.093083 = 2186.17
Is it true if you leave your bank account alone for 5 years it will double?
No. It will not. Let us consider the case in India. The normal interest rate on a savings account is 3.5% per annum. Let's say you have Rs. 10,000/- in your account on Jan 1st 2010, and leave it as such for 5 years, on December 31st 2015 you will have approximately Rs. 12,000/- There are various types of compounding of interest rates offered by banks and assuming the interest is compounded every year, you will have Rs. 11876.86/- at the end of 5 years. Even if the amount is compounded every day, the amount might not be the double of what you had in your account at the beginning of 5 years.
What are the different types of interest earned on principle?
simple(interest is earned on the original principal) $100 earning 10% per month with earn $10 every month and compound(interest is compounded every set amount of time e.g. monthly and a new principal is derived) $100 earning 10% per month compounded monthly will earn $10 the first month after which it is compounded making the new principal $110 the next month will earn $11 and so on
How much money will you have at the end of the end of the year if interest is compounded semi-annually at 10 percent on a 600 deposit?
661.5 I got that by using a financial calculator i divided the interest rate by 2 because compounding is semiannually, and multiplied the term (1 year) by 2 because compounding is semiannually. I used 600 as the present value, and solved for the future value. As I recall from college I think that is how it is done. Keep in mind that assumes the initial deposit earns interest for a full year. Another way: Simple Interest formula = (p * n * r)/ 100 p - principal n - number of years r - rate of interest So SI for the first 6 months = 600 * 0.5 * 10/100 = 30 Principal at the end of first half year = 630 Now p = 630 because the interest after the first half year is credited to your account. so SI = 600 * 0.5 * 10/100 = 31.5 Principal at the end of one year = 661.5 Note: I took n as 0.5 because interest is compounded every half year. If it is every quarter you must take n = 0.25 and perform this math 4 times to finish the one year
How much would 160 invested at 6 percent interest compounded continuously be worth after 12 years?
The question as stated makes no sense.Does compounded continuously mean that every tiniest moment of time the interest is 6 per cent? In that case the answer is infinite. Even if you consider the Planck time as the smallest unit of time, then far more than all the money on earth.Alternatively, the interest rate is such that at the end of one year it is equivalent to 6%. In that case, for periods of whole years, it does not matter whether the interest is compounded continuously.The 160 would be worth 321.95The question as stated makes no sense.Does compounded continuously mean that every tiniest moment of time the interest is 6 per cent? In that case the answer is infinite. Even if you consider the Planck time as the smallest unit of time, then far more than all the money on earth.Alternatively, the interest rate is such that at the end of one year it is equivalent to 6%. In that case, for periods of whole years, it does not matter whether the interest is compounded continuously.The 160 would be worth 321.95The question as stated makes no sense.Does compounded continuously mean that every tiniest moment of time the interest is 6 per cent? In that case the answer is infinite. Even if you consider the Planck time as the smallest unit of time, then far more than all the money on earth.Alternatively, the interest rate is such that at the end of one year it is equivalent to 6%. In that case, for periods of whole years, it does not matter whether the interest is compounded continuously.The 160 would be worth 321.95The question as stated makes no sense.Does compounded continuously mean that every tiniest moment of time the interest is 6 per cent? In that case the answer is infinite. Even if you consider the Planck time as the smallest unit of time, then far more than all the money on earth.Alternatively, the interest rate is such that at the end of one year it is equivalent to 6%. In that case, for periods of whole years, it does not matter whether the interest is compounded continuously.The 160 would be worth 321.95
