Answer:
12742.84$
Step-by-step explanation:
11798 (the price) + 11796 x 0.08 (8% interest)=12742.84
Answer:
Nearest whole: 62
Nearest tenth: 61.8
Nearest hundredths: 61.76
Nearest thousandths: 61.763
Answer:
x=2.83
Step-by-step explanation:
Through visual interpretation we get that,
CDF=FDE+CDE
Hence,
3x+14=5x-2+10x-18
3x-5x-10x=-14-2-18
-12x=-34
x=2.83
We have been given that a credit card had an APR of 14.86% all of last year, and compounded interest daily. We are asked to find the effective interest rate of the credit card.
We will use effective interest rate formula to solve our given problem., where
= Annual interest rate in decimal form,
m = Number of times interest is compounded per year,
n = Number of compounding periods the rate is required for.
We need rate for 1 year, so n will be 365 times 1.
Let us convert effective rate in percent.
Therefore, the effective interest rate would be .
Answer:
(1, 2)
Step-by-step explanation:
Simply find the value inbetween the x values and y values. You can do this by adding the x values and then dividing them by 2 to find the x value for a midpoint, then do the same for the y value.