This problem can be solved by simple economics. Since compounding interest is not specified, let's keep it simple and just deal with simple interest. The equation to use is:
F = P(1+rn)
where
F is future worth
P is present worth
r is interest rate
n is time
F = (70,000)(1+0.09*35)
<em>F = $290,500</em>
7.Answer:A Work:cause u subtract 3.9- 2.4 and then multiply 1.5(6) and get 9
Answer:
The answer would be just about 61% or 9/14
Step-by-step explanation:
So, it would be a 71% chance to get 1 green out of the bag, but then you have to keep that green out, which then lowers the chances of getting another green out of the bag, then you have to combine the percentages, and then that is the final percentage.
Answer:
f(1) = -3
f(8) =3
f^-1 (5) =2
f^-1 (2) =4
Step-by-step explanation:
f(1) = is the value when x=1 which is -3
f(8) = is the value when x=8 which is 3
f^-1(5) is x value when y=5 so find y=5 in the table and read the x value x=2
f^-1 (2) is the x value when y=2 so find y=2 in the table and read the x value x=4
Answer:
Please see the attached pictures for full solution