Answer:
According to the data provided the opportunity costs is detailed below:
Initial Balance $20,000
Monthly interst $200
Investment $500
________________________
The Opportunity cost is $500
Explanation:
The opportunity cost is the price you pay for not choosing best second alternative when you make a decision. In this case the person has three options:
1. Spending the money
2. Save the money
3. Invest the money
Once the money is spent the opportunity costs is generated and it is measured by the interest rate lost for not keeping the money in the investment that will generate an interest rate of $500 monthly.
Answer:
$118.83 per month that Zach must save.
Explanation:
This is a future value annuity as we know the cruise will cost $16500 in 4 years time as estimated by Zach for the cruise.
Fv is the future value for the annuity which is $16500
we also have i the interest rate which is 3.99% monthly
n is the number of periods in which the monthly amount is saved 4 x 12 =48
now we will substitute to the following formula and solve for C the monthly payments that Zach saves for the cruise:
Fv =C [((1+i)^n -1)/ i] now we substitute
$16500 = C[((1+3.99%)^48 -1)/3.99%)] then solve for C
$16500/[(1+3.99%)^48 -1)/3.99%] = C
C = $118.83 that Zach must save per month for 4 years to afford the cruise.
Injuries during working hours at a construction site leads to several legal consequences. If a person gets injured at working site, he/she can file civil law suit for negligence or product liability.
In the above situation, Flo was not wearing any safety wear while working on the construction site of a Grider company. She can file a product liability suit against the Girder company.
The company can most successfully raise the defense of "negligence". Since Flo was not wearing any safety wear during her working hours, the company can raise the defense of negligence because she knew that working on construction site without wearing safety gears may cause harm to her.
Answer:
$953 per unit
Explanation:
For computing the average cost per unit first we have to determine the operating capacity at 85% after that the total cost which is shown below:
Operating capacity at 85% is
= 300 computers × 85%
= 255 computers
Now the total cost is
= Variable cost + Fixed cost
where,
Variable cost is
= $660 × 255 computers
= $168,300
And, the fixed cost is $74,700
So, the total cost is
= $168,300 + $74,700
= $243,000
Now the average cost per unit is
= $243,000 ÷ 255 computers
= $953 per unit
