Y =1/3x + 4 bc it rises by 1 over 3 and it crosses y axis at 4
Answer:
119.95 years
Step-by-step explanation:
The general equation is given by:
Where:
A is the initial amount, we know that the first deposit is of $150, then:
A = $150
t is the variable, in this case, is the number of years.
n = number of times that the interest is compounded in one unit of t, because the interest is compounded monthly, we have n = 12.
r = interest rate in decimal form.
r = 2.5%/100% = 0.025
Replacing these in our equation, we get that:
Now we want to find the time such that his savings, P, are equal to $3000.
Then we need to solve the equation:
Now, remember that:
Ln(a^x) = x*ln(a)
So if we apply the natural logarithm to bot sides, we get:
So after 119.95 years you will have the $3000.
Answer:
<h2>It is 159.1 in^2 </h2>
Step-by-step explanation:
I hope that is useful for you
The answer choices ? did u forgot that
Answer:
y+3=x
Step-by-step explanation: