Answer:
8%
Explanation:
The formula to compute the cost of common equity under the DCF method is shown below:
= Current year dividend ÷ price + Growth rate
where,
Current year dividend is $2
Price is $40
And, the growth rate is 3%
Now put these values to the above formula
So, the cost of equity would equal to
= $2 ÷ $40 + 3%
= 0.05+ 0.03
= 8%
I would think shoes because it’s the only one that can be produced.
Answer:
If such a headline was published, the demand for chicken and its byproducts would plummet. The demand curve would shift to the left, meaning that the quantity demanded would decrease at all price levels.
The quality of the chicken and its byproducts has changed here, since they would turn into potentially unhealthy food.
The determinant of the demand for chicken products that is altered by this article is consumer preferences. The health of consumes is at risk, which would alter their preferences due to fear of getting sick.
The accounting entry is to Credit Cash for 25000 and Debit Common Stock for 25,000
<h3 /><h3>What is journal entry?</h3>
Journal entry shows how a business financial transactions are being recorded.
Typically, when cash is withdrawn from a business or personal account, the accounting entry is to credit the cash account.
Hence, the accounting entry is to Credit Cash for 25,000 and Debit Common Stock for 25.000.
Learn more about journal entry here : brainly.com/question/14279491
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Answer:
The answer is Option C
Explanation:
Any event that would either decrease the demand for loanable funds or increase the supply of loanable funds will decrease the equilibrium interest rates. Supply of loanable funds is affect by the amount of national savings. National savings in turn, is the sum of private savings, public saving and net capital inflow.
In option C, capital inflows are increasing. This means that there would be an excess supply of money in the economy which can be converted into loanable funds. This would, therefore, push the supply curve to the right thereby reducing the real interest rate equilibrium.
