Answer:
Soooooooooooooo the examples of secondary consumers include bluegill, small fish, crayfish and frogs.
Explanation:
Answer:
Income
Explanation:
Suppose the market wage for cashiers increases from $7 per hour to $9 per hour. As a result, Pat, who is a cashier, now works five more hours per week. On the other hand Chris, who is also a cashier, now works five fewer hours per week.Chris's behavior illustrates the <u>Income</u> effect of a wage increase.
As the income increases, few individual prefer to work fewer hours as now they are able to maintain target by working fewer than at previous wage rate. These people prefer leisure over higher income and want to settle down with limited income. These people may have a backward bending individual labour supply curve – they may choose to work fewer hours when the wage rate rises.
Answer: A. equal to marginal cost where it intersects the demand curve
Explanation:
In a pure competition, the market is efficient because it balances demand and supply and gives an equilibrium price that takes both of them into account.
In this market, the price is equal to the marginal revenue of a firm and the profit maximizing level of production is where the marginal revenue intersects the marginal cost.
The efficient level is therefore where price equals marginal cost. The same goes for a natural monopoly. If economic efficiency is to be achieved, the natural monopoly's price must equal the marginal cost at the equilibrium price.
Answer:
The answer is "No Effect
".
Explanation:
In the situation wherein the write-off would not affect the 2019 net earnings, the write-off reduces that both debt accounts as well as the benefit counter-asset for similar quantities. Whenever an expenditure was recognized, net revenues were affected, therefore, there will be nothing to write off under the allowance approach, so the response is no effect.
Answer:
None of the options are correct as the price today will be $26.786
Explanation:
The price of a stock whose dividends are expected to grow at a constant rate forever can be calculated using the constant growth model of the dividend discount model approach (DDM). The DDM bases the value of a stock on the present value of the future expected dividends from the stock.
The formula for price under constant growth model is,
P0 = D1 / (r - g)
Where,
- D1 is the dividend expected for the next period
- r is the required rate of return or cost of equity
- g is the growth rate in dividends
However, as the constant growth rate in dividends is to be applied from Year 2 onwards, we will use the D2 to calculate the price at Year 1 and we will then discount this further for one year to calculate the price today.
P1 or Year1 price = 2 * (1+0.05) / (0.12 - 0.05)
P1 or Year 1 price = $30
The price of the stock today or P0 will be,
P0 = 30 / (1+0.12)
P0 = $26.786
