This is an exponential growth problem of the form:
F=Ir^t, F=final amount, I=initial amount, r=rate, t=time
In this case:
F=50(1.08^t)
F(17)=50(1.08^17)
F(17)=$185.00
The rule is x+2, y-3 so you apply it to each of these coordinates. Right 2, down 3.
A(-2,2) -> A'(0,-1)
B(-2,4) -> B'(0, 1)
D(2,2) -> D'(4,-1)
Answer:
11r + 10s
Step-by-step explanation:
therefore, the sum of this infinite geometric series can be calculated using the formula 
.
So, 
If 2 is the sum of this infinite series, then you'll never reach it.
