The 3 month Jibar is derived from 3-month NCD rates. Likewise the 1-month Jibar is derived from 1-month NCDs. The Jibar rates are all quoted as nominal annual rates, which means that the interest you will receive on a 3-month investment at Jibar will be calculated as (3M Jibar/4) x (amount invested). Now if you are able to invest money for 3 months at the 3-month Jibar, you can obviously re-invest it after 3 months at the new 3-month Jibar. If the new 3M rate remains exactly the same then obviously it becomes your NACQ. The point is that it may not be the same as 3 months ago.
Thus the 1-month Jibar can be seen as a NACM and the 6-month Jibar as a NACSA. A vanilla bond coupon rate is an even better example of a NACSA because it never changes.
Now here is a challenge. If the 6-m Jibar is regarded as a NACSA what is the 9-month Jibar then?
The short answer is that money market rates are never quoted as compounded rates - they are nominal annual rates. It depends on how the investment (or loan) is treated that determines whether they become NA compounded rates. If you invest in a 9-m NCD at 10% p.a. and re-invest the total maturity value after 9 months for another 9 months at 10% p.a., your effective interest interest rate earned for the first 12 months will be slightly more than 10%.
Only if the 1% per month is compounded annually and not monthly.
At 8% per month, compounded, it will take just 1.2 years. However, with monthly interest such that its annual compounded equivalent is 8% (roughly 0.64% each month), it will take 14.27 years.
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
0.9938% per month, when compounded is equivalent to 12.6% annually.
$73053.88 when compounded month your yearly rate would be 0.061678% * * * * * True, but in real life the quoted interest rate, "6 percent compounded monthly", should read "an interest rate, such that, if it were compounded monthly, would give an annual equivalent rate of 6 percent". The equivalent of 6% annual is 0.487% monthly since 1.0048712 = 1.06
You would have 2,294,862.92.However, 14% each quarter, compounded quarterly, is equivalent to 68.9% annually. You are unlikely to find such a return legitimately.
Only if the 1% per month is compounded annually and not monthly.
On monthly compounding, the monthly rate is one twelfth of the annual rate. Example if it is 6% annual, compounded monthly, that is 0.5% per month.
Quarter
Quarterly returns are due on or prior to the last day's the month of January, April, This summer, and October for that preceding three-month period. Monthly returns are due on or prior to the 20th from the month following the end of the month.
At 8% per month, compounded, it will take just 1.2 years. However, with monthly interest such that its annual compounded equivalent is 8% (roughly 0.64% each month), it will take 14.27 years.
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
0.9938% per month, when compounded is equivalent to 12.6% annually.
It means that at the end of every month, (7/12) of 1 percent of the lowest value of your account during the previous month is added to it.
With simple interest, it is 1.5% per month. If compounded, it is 1.389% approx.
No and if they did your entitled to a 2% per month compounded interest refund check
$73053.88 when compounded month your yearly rate would be 0.061678% * * * * * True, but in real life the quoted interest rate, "6 percent compounded monthly", should read "an interest rate, such that, if it were compounded monthly, would give an annual equivalent rate of 6 percent". The equivalent of 6% annual is 0.487% monthly since 1.0048712 = 1.06