Answer:
Accounts
Wages Expense
Wages Payable
$100,000
$100,000
Explanation:
As the expense is accrued but not paid at the end of 2013. The transaction requires an adjusting entry. This will charge a wages expense and create the wages payable liability. Ultimately on January 3 it will be paid. Wages for the two weeks are $100,000 and the 14 days has been passed for the pay period until year end of 2013.
The marginal productivity of the first hour of studying is 15%.
<h3><u>
What is Marginal Productivity?</u></h3>
- The additional output, return, or profit generated per unit as a result of benefits from production inputs is referred to as marginal productivity or marginal product.
- Raw materials and labor are examples of inputs. According to the rule of decreasing marginal returns, the marginal productivity will normally decrease as production rises when a production element is improved.
- This indicates that for every extra unit of output produced, the cost advantage often decreases.
- Diminishing marginal productivity is often recognized in its most straightforward form when a single input variable exhibits a drop in input cost.
- For instance, a reduction in labor expenses during the car-manufacturing process would result in slight increases in profitability per vehicle.
Formula for Marginal Productivity = (Qn – Qn-1) / (Ln – Ln-1)
The total product value is divided by the difference in labor to determine the marginal product of labor.
Know more about Marginal Productivity with the help of the given link:
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Janice's choice is an example of fiscal responsibility. Fiscal responsibility is characterized as utilizing the assets of the patient to amplify medical advantages while at the same time using the assets of the organization to boost cost-adequacy. Being monetarily dependable means settling on capable asset portion choices.
Answer:
P3 = $96.9425 rounded off to $96.94
Explanation:
To calculate the market price of the stock three years from today (P3), we will use the constant growth model of DDM. The constant growth model calculates the values of the stock based on the present value of the expected future dividends from the stock. The formula for price today under this model is,
P0 = D1) / (r - g)
Where,
- D1 is the dividend expected for the next period
- g is the constant growth rate
- r is the required rate of return on the stock
To calculate the price of the stock today (P0), we use the dividend expected for the next period (D1). So, to calculate the price at the end of 3 years (P3) we will use D4.
We first need to calculate r using the CAPM equation. The equation is,
r = rRF + Beta * rpM
Where,
- rRF is the risk free rate
- rpM is the market risk premium
r = 0.058 + 0.6 * 0.05
r = 0.088 or 8.8%
Using the price formula for DDM above and the values for P0, D1 and r, we can calculate the g to be,
80 = 1.75 / (0.088 - g)
80 * (0.088 - g) = 1.75
7.04 - 80g = 1.75
7.04 - 1.75 = 80g
5.29/80 = g
g = 0.066125 or 6.6125%
We first need to calculate D4.
D4 = D1 * (1+g)^3
D4 = 1.75 * (1+0.066125)^3
D4 = 2.12061793907
Using the formula from DDM for P3, we can calculate P3 to be,
P3 = 2.12061793907 / (0.088 - 0.066125)
P3 = $96.9425 rounded off to $96.94
Answer:
D participating unit investment trust
Explanation:
A variable annuity is a contract between you and an insurance company. It serves as an investment account that may grow on a tax-deferred basis and includes certain insurance features, such as the ability to turn your account into a stream of periodic payments. You purchase a variable annuity contract by making either a single purchase payment or a series of purchase payments.
A variable annuity offers a range of investment options. The value of your contract will vary depending on the performance of the investment options you choose. The investment options for a variable annuity are typically mutual funds that invest in stocks, bonds, money market instruments, or some combination of the three.
