The probability that he will call A is 1 out of 2 because A and B have the same percent of Hazard. The probability that he will call C is 0/3 because it is more hazardous than the rest.
Answer:
The firm paid $630000 dividends in 2019
Explanation:
Retained earnings is the amount of net income that is not distributed to stockholders and is ploughed back into the business. It is a capital reserve account and appears in the equity section of the Balance Sheet. To determine the amount of Dividends, we will trace the change in Retained earnings and deduct the increase in retained earnings amount from the Net Income to arrive at dividends for the year.
Increase in Retained earnings = 4000000 - 3700000 = $300000
Thus, out of the Net Income of $930000 earned in 2019, $300000 was transferred to retained earnings. The remaining was paid as dividends.
The dividends in 2019 are = 930000 - 300000 = $630000
Answer:
The Correct Option is "B"
Explanation:
Total consumption model was created accordingly of traditional model. It shows the connection between the GDP and arranged spending. The condition of consumption model is as per the following:
Y = C + I + G + NX
Where, Y is the genuine GDP, C is Consumption, I Refers to net investment, G is government buys and NX is net ex[port.
The total use model accept that gross investment (I), government buys (G), and net export (NX) are independent to of genuine GDP (Y) as they don't depend on salary of the economy.
That would be true so you make sure you have all the correct info to put on the application
Answer:
$160,000
Explanation:
Data provided in the question:
Value of the building acquired = $170,000
Number of shares exchanged = 10,000
Selling price of the stocks = $16 per share
Now,
The amount for which the building will be recorded by Steak Company is the market value of the shares that has been exchanges to acquire the building.
Therefore,
The amount for which the building will be recorded by Steak Company
= Number of shares exchanged × Selling price of the stocks
= 10,000 × $16
= $160,000
