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.
Answer:
The expression b^4 / a^2 is equivalent to (b * b * b * b) / (a * a). ... if you have two fractions with denominators of 6 and 8, begin by creating the factors for 6.
Step-by-step explanation:
Answer:
Step-by-step explanation:
I think you use the V=1/3Bh but make sure you find the base
B=pi r^2
i dont know much but see if it would help
C) x – 3 ≥ 6
Solving this inequality by adding 3 on both sides, we get
x ≥ 9 which is shown on the number line
It would be positive 13. Even if its negative or positive it will always be positive. For example, |-7|= 7 |7|=7
