Answer:
$4,424
Explanation:
Calculation for her employer's after-tax cost of providing the health insurance
Using this formula
After-tax cost =Annually employer's cost of health insurance -(=Annually employer's cost of health insurance*Marginal tax rate)
Let plug in the formula
After-tax cost =$5,600- ($5,600 × 21%)
After-tax cost =$5,600- $1,176
After-tax cost =$4,424
Therefore her employer's after-tax cost of providing the health insurance is $4,424
Answer:
Time value of money
Explanation:
The reason is that the money invested today worth more tomorrow. If we have option to pay our supplier $5m after a year is more suitable option than paying him today. The reason is that the amount paid today will be worth $5m but if we pay our supplier after a year then in real terms we have paid the supplier less because money lost its worth by certain percentage during the year. So paying late makes the liability cheaper required their are no interest or other costs.
The statement in the question is True.
<u>Explanation:</u>
In statistics, the residual sum of squares (RSS), otherwise called the sum of squared residuals (SSR) or the total of squared estimate of errors (SSE), is the aggregate of the squares of residuals (deviations anticipated from real observational estimations of information). It is a proportion of the error between the information and an estimation model.
A little RSS demonstrates a tight attack of the model to the information. It is utilized as an optimality standard in parameter determination and model choice.
Answer:
Both increases
Explanation:
Suppose a person initially produces and sell some amount of milkshakes with the available resources.
But, if he will be able to produce and sell more quantity of milkshakes with the same level of resources then this will indicates that there is a rise in the productivity of this person and if the number of milkshakes sold increases then as a result profits increases at a same price level.
For Example:
Case 1:
Initially,
Person producing and selling = 20 units of milkshakes at a selling price of $10 each and cost of inputs used in the production = $50
Therefore, Profits = Total revenue - Total cost
= (20 units × $10 each) - $50
= $200 - $50
= $150
Case 2:
Now, we assumed that there is an increase in the productivity of this person. Cost of production and selling price of each milkshake remains the same.
Person producing and selling = 40 units of milkshakes at a selling price of $10 each and cost of inputs used in the production = $50
Therefore, Profits = Total revenue - Total cost
= (40 units × $10 each) - $50
= $400 - $50
= $350
Hence, there is an increase in the profits from $150 to $350.
Answer:
Option (d) $5,549.96
Explanation:
Data provided in the question:
Annual payments = $800
Time, n = 12 years
Discount rate, r = 7% = 0.07
Now,
PV2 = Annual payments × ((1 - (1 + r)⁻ⁿ)) ÷ r ) × (1 + r)
= $800 × ( (1 - ( 1 + 0.07)¹²)) ÷ 0.07) × (1 + 0.07)
PV2 = $6,354.15
Therefore,
Present value today = PV2 ÷ (1 + r )²
= $6,354.15 ÷ (1 + .07)²
or
= $5,549.96
Hence,
Option (d) $5,549.96
