Answer:
inward shift in the supply curve.
Explanation:
= I = S + (T-G). shift in the supply curve.
Please the remaining part of the question below :
1.Amount a business earns after paying all expenses and costs associated with its sales and revenues.
2.An examination of an organization’s accounting system and records that adds credibility to financial statements.
3.Principles that determine whether an action is right or wrong.
4.Accounting professionals who provide services to many clients.
5.An accounting area that includes planning future transactions to minimize taxes paid.
Answer:
1.Amount a business earns after paying all expenses and costs associated with its sales and revenues.
- Net income (G)
2.An examination of an organization’s accounting system and records that adds credibility to financial statements.
- Audit (A)
3.Principles that determine whether an action is right or wrong.
- Ethics (C)
4.Accounting professionals who provide services to many clients.- Public accountants (F)
5.An accounting area that includes planning future transactions to minimize taxes paid- Tax accounting (D)
Explanation:
Answer:
Transaction price of the arrangement for Blair Biotech is $10,000,000.
2) Journal Entries for Blair.
Date Accounts Debit$ Credit$
12/20/2017 Accounts Receivable $10,000,000
License Revenue $10,000,000
01/15/2018 Cash $10,000,000
Accounts Receivable $10,000,000
Explanation:
This problem is actually under the subject of Mathematics, particularly, Algebra. For work problems, you can use a convenient technique of dimensional analysis. This is done by multiplying units of measurement, then cancelling out like terms in order to come up with the units of the final answer. For this problem, the total amount of liters is 2,100. So, the equation would be
Volume of Kelly's family + Volume of Stewart's family = 2,100
However, we are only given the rates for each family in liters per hour. To come up with the final answer with a unit of measurement in Liters, we must multiple the rate of L/hour with the individual time. Let x be the time Kelly's sprinkler was used, and y for Stewart's family.
(20 L/h)(x hours) + (40 L/h)(y hours) = 2,100
This is the first equation. The second equation is the total time.
x + y = 65 hours
Rearranging the equation, y = 65 - x. Let's substitute this to the first equation.
20x + 40(65-x) = 2,100
Solving for x, then substituting it to the second equation to obtain y,
x = 25 hours
25 + y = 65
y = 40 hours.
Thus, Kelly's sprinkler was used for 25 hours, while Stewart's sprinkler was used for 40 hours.
Answer:
15.68%
Explanation:
Now to get the expected return of the portfolio, we need to find the return of the portfolio in each state of the economy. This portfolio is a special case since all three assets have the same weight. To find the expected return in an equally weighted portfolio, we can sum the returns of each asset and the we divide it by the number of assets, so the expected return of the portfolio in each state of the economy will be :
Boom: RP= (.13 + .21 + .39) / 3 = .2433, or 24.33%
Bust: RP= (.15 + .05 −.06) / 3 = .0467, or 4.67%
Now to get the expected return of the portfolio, we multiply the return in each state of the economy by the probability of that state occurring, and then sum. In so doing, we get
E(RP) = .56(.2433) + .44(.0467)
=.1568, or 15.68%
