Answer:
It will take up to 3 years for the total interest to exceed $5.00
Explanation:
The future value of an investment whose interest is compounded continuously can be expressed as;
A=P e^(rt)
where;
A=future value of the investment
P=initial value of investment
r=annual interest rate
t=number of years
In our case;
A=Initial value+interest=(100+5)=$105
P=$100
r=2.4%=2.4/100=0.024
t=unknown
replacing;
105=100 e^(0.024 t)
e^(0.024 t)=105/100
e^(0.024 t)=1.05
ln {e^(0.024t)}=ln 1.05
0.024 t ln e=ln 1.05
but ln e=1
0.024 t=ln 1.05
t=ln 1.05/0.024
t=2.03 years rounded up=3 year
It will take up to 3 years for the total interest to exceed $5.00
To find Simon's maximum amount he can borrow against his home you will use the Home Loan Value Formula.
Home is worth: $400,000
Remaining balance: $175,000
Borrow: up to 75% on home
First, you'll want to take the market value of $400,000 and multiply it by 75% (.75) which gives you $300,000.
Then, you'll need to subtract what Simon owes on the home to find the amount he can borrow.
$300,000 - $175,000 = $125,000
Simon can borrow $125,000 against his home.
Answer:
The correct answer is 0.4
Explanation:
Marginal Propensity to consume
21 Billions- 16 Billions = 5 Billions
2 Billion ÷ 5 Billions = 0.4
The MPC will be equal to 0.4
