The future value (A) of a principal amount P compounded 12 times per year at rate r for t years is given by
A = P·(1 + r/12)^(12t)
Substitute the given values and solve for t.
3000 = 175·(1 + .03/12)^(12t)
Taking logarithms, this becomes
log(3000) = log(175) + 12t·log(1.0025)
(log(3000) -log(175))/(12·log(1.0025)) = t
t ≈ 94.84
It will take 95 years for the balance to grow by a factor of 17 to $3000.
Answer:
The two numbers with the sum of 9 and difference of 1 is 5 and 4.
Step-by-step explanation:
Answer:
B)
Foci: ((sqrt5),0),((-sqrt5),0)
Asymptotes: y=((1/2)x), y=((-1/2)x)
Step-by-step explanation:
Same rule with x before y as I mentioned in the other problem to identify the graph.
Answer:
Step-by-step explanation:
https://drive.google.com/open?id=1QAvmjDjuwgFX0mUdHlWmqMSCJcOVMw2X
Answer:
5,562 x 
Step-by-step explanation:
- Firts, we need to find the maximum recommended amount of bluefish per month. Since the FDA recommends <em>3 servings of 6.00 oz each</em>, the maximum amount would be:
the maximum amount of bluefish per month = 
- Since bluefish contains <em>0.309 ppm of mercury per 1x
oz of fis</em>h, then:
0.309 oz mercury --------> 1x oz of fish
How many (
) --------> 18.00 oz of fish
oz mercury
