Answer:
$746.90
Explanation:
The old monthly payment can be derived from the information given in the scenario:
It says that ''at the end of 1 year he owes the bank $70,000'' and we are also told that ''he paid $10.67 monthly per thousand on his original loan.''
Logically then, the old monthly payment = $10.67 per $1,000 into $70,000
Old monthly payment = ($70,000 / $1,000) x $10.67
which is 70 x $10.67 = $746.90
I know this is a bit late, but I would go with marine biology. All of the other jobs are really hands on.
Because in <u>accumulation of wealth, older people have an advantage</u>.
Explanation:
Older people tend to have more money simply because:
<u>1. they have had longer careers and hence are expected to have better salaries with better positions</u>
<u>2. they have had more time to save up capital and invest.</u>
Every age group chronologically is more able to collect money in their working years. Young people starting their careers are less likely to be able to accumulate wealth to have a worth that much.
Answer:
$44.87
Explanation:
Use Dividend Discount Model to solve this question;
First, find the dividend per year;
First year's dividend ; D1 = D0(1+g)
D1 = 1.32 (1.30) = 1.716
Second year's dividend ; D2 = 1.716 (1.10) = 1.8876
Third year's dividend ; D3 = 1.8876 (1.05) = 1.9820
Next, find the present value of each dividend at 9% required return;
PV (D1) = 1.716 / (1.09) = <em>1.5743</em>
PV (D2) = 1.8876 /(1.09²) = <em>1.5888</em>
PV (D3 onwards) = 
= PV (D3 onwards) = <em>41.7052</em>
Sum up the PVs to find the current market value of the stock;
= 1.5743 + 1.5888 + 41.7052
= 44.8683
Therefore the value is $44.87
I think option 2
because use have the extra 100 units and you need 600