Answer:
Y/Y^3
Step-by-step explanation:
Negative exponents work like this: Y^-1 = 1/Y
We can apply this concept to our problem. Y^-3 would be 1/Y^3, and that is divided by 1/Y, so we flip the Y onto the numerator from the denominator and so we get Y/Y^3.
Answer: the answer is y + 4 = x
The balance after the third payment is $1715.05.
If n is the number of times the interested is compounded each year, and 'r' is the rate of compound interest annually, then the final amount after 't' years would be:
We are given that;
Amount= $2000
Rate= 1%
Monthly payment = $100
Now,
Plugging these values into the formula, we get:
A = 2000 (1 + 0.01/12)^(12 * 3/12) A
≈ 2015.05
=2015.05 - 100 * 3
= $1715.05
Therefore, by the given interest the answer will be $1715.05
Learn more about compound interest here:
#SPJ3
Answer:
$2.52
Step-by-step explanation:
If you start with the balance being $2000, the monthly payment is $100 with the percentage rate being 1%. You would way 0.84 per month and if you multiply that by three months, you get $2.52.
Answer:
38.7°
Step-by-step explanation:
∆ = Tan-1(opposite/ Adjacent)
=Tan-1(8/10)
= 38.66°
= 38.7° to n nearest tenth
Answer:
Hi!
The correct answer is x = 51.
Step-by-step explanation:
By definition the mean formula is:
where x are the samples of the data set and n the numbers of elements in the set.
In this case:
Replacing the data on the general formula:
Solving the equation step by step,