Calculate the monthly payment:
195,000 x ( (0.05/12)x1+0.053)^12)/(1+0.053)^12-1)
Monthly payment = 1,082.84
Multiply monthly payment by 12 to get one year: 1082.84x 12 = 12994.08
Now multiply by 30 years:
12994.08 x 30 = 389822.40
The answer is $389,822
Answer:
Step-by-step explanation:
Linear equations can have the form y = mx + b
where m is the slope of the line and equals Δy/Δx
and b is the y intercept.
Just for fun, let's choose the first and last sets of data points.
Δy = (275 - 135) = 140
Δx = (5 - 1) = 4
so slope m = 140/4 = 35 and the units on the slope would be $/month
The Simple Interest formula is I = Prt
I = ?
P = $264
r = 6% or 0.06
t = 2 years
I = 264(0.06)(2)
I = $31.68
Elsa borrowed $31.68 principal.
Okay, here we have this:
Considering the provided expression, we are going to analize which exponential expression is equivalent, so we obtain the following:
As the property of the exponent of a multiplication says that it is equal to the product of each number raised to that power. We have this:
Finally we obtain that the correct answer is the option D.
Answer:
466895
Step-by-step explanation:
If you know the conversion, it's easy.
1 US dollar is about 1.37322 Australian.
so, you multiply 340,000 times 1.37322 and get about 466895 Australian dollars
