Answer:
2.4%
Step-by-step explanation:
If the APR is x% and it is compounded for n times in a year, then the period interest rate is 
%.
Now, given that the interest rate on a mortgage is 4.8% APR compounded semiannually.
So, here x = 4.8% and n = 2 and hence, the period interest rate on the mortgage is 
%. (Answer)
<h3>
Answer: (T - 3C)/(AC)</h3>
Work Shown:
T = C(3 + AB)
T = 3C + ABC .... distribute
3C + ABC = T
ABC = T - 3C ... subtract 3C from both sides
(AC)*B = T - 3C
B = (T - 3C)/(AC) .... divide both sides by AC
$1400 x 0.35 = $490
$1400 - $490 = $910
$910 is the discounted price of the TV
The first step for solving this question is put both of your given expressions into one and then subtract them. This will look like the following:
8 ×
- 2 × 10²]
Now to make the calculation easier,, factor the expression.
(8 ×
- 2) × 10²
Evaluate the power inside the parenthesis.
(8 × 10000 - 2) × 10²
Evaluate the power outside the parenthesis.
(8 × 10000 - 2) × 100
Multiply the numbers inside the parenthesis.
(80000 - 2) × 100
Subtract the numbers in the parenthesis.
79998 × 100
Lastly,, multiply the numbers together to get your final answer.
7999800
This means that 8 ×
is 7999800 times larger than 2 × 10².
Let me know if you have any further questions.
:)
