Answer:
After 11 years the value of the investment reaches $1500.00
.
Step-by-step explanation:
The formula used for finding time (when the value reaches certain amount) is:

where A= Future VAlue
P= Principal Value
r= rate of interest (in decimal)
n= no of times investment is compounded
t= time
Putting the values given and finding Time t,
A= $1500
P= $1200
r= 2% or 0.02
n= 4 (compound quarterly)


Dividing both sides by 1200 and solving 0.02/4 = 0.005


Since t is in power we take the logarithm ln on both sides.
The rule of logarithm says that the exponent can be multiplied with the base when taking log

Answer:
yes but no a statistical question is determined by requiring multiple data
Step-by-step explanation:
The first one would be 90%. the second one would be 2.3%. the third one would be 150%. and the final one will be 83.3333%.
F(x) should equal 3.36 because -1 time -.6^2 equals .36 and then you subtract 5 times -.6 from it so it'd be f(x)= 3.36. Sorry if I'm incorrect