Answer:
Depositing in bank is a better option.
Explanation:
For this solution, we can either determine the interest rate given to George by his one of the friend or the future worth method,
Future worth method is used here,
Given that,
PV = $6,900
R = 9%
N = 10 Years
FV = 6,900 × 2.3673
FV = $16,334.81
Since, the future worth of investing in bank is more than the money to be offered by the George's friend (16,334.81 > 12,900) and hence, depositing in bank is a better option.
Answer:
$4,213
Explanation:
Product Group Units Cost/Unit Market/Unit Total Value
A 1 600 $1.00 $0.80 $480
B 1 250 $1.50 $1.55 $375
C 2 150 $5.00 $5.25 $750
D 2 100 $6.50 $6.40 $640
E 3 80 $25.00 $24.60 $1,968
total $4,213
when you are using the lower of cost or net realizable value to determine the value of your inventory, you should calculate the inventory's value using the lowest cost between purchase cost and market value.
Answer:
$1,498.86
Explanation:
Given that;
Packing of crates per month(u) = 779
Annual carrying cost of 39% of the purchase price per crate
Ordering cost (S) = $27
D = 779 × 12 = $9,348 crates per year
H = 0.39P
H = 0.39 × $12
H = $4.68 crates per year
Total ordering cost = D/Q × S
= ( $9,348 / 779 ) × $27
= $324
Total Holding cost = Q / 2 × H
= ( 779 / 2 ) × $4.68
= $1,822.86
Annual savings = Total holding cost - Total ordering cost
= $1,822.86 - $324
= $1,498.86
The firm would be saving $1,498.86 annually.
Answer:
The marginal cost of driving the car is $7.50 + the cost of gas.
Explanation:
Initial cost: $29.95
200 miles you drove- 150 miles free= 50 miles you have to pay for
50 miles * 15 cents per mile
50* 0.15= $7.5
<u><em>$7.50</em></u>
Answer:
Reward to volatility ratio = 0.71
Explanation:
Given the expected risk premium = 10%
Standard deviation = 14%
The rate on treasury bills = 6%
The investment amount that the client chooses to invest = $60000
Expected return of equity = the expected risk premium + The rate on treasury bills
Expected return of equity = 10% + 6% = 16%
Standard deviatin = 14%
Reward to volatility ratio = (expected return - risk free rate) /standard deviation
Reward to voltality ratio = (16% -6%)/14%
Reward to voltality ratio = 0.71
