Answer:
The expected return on this stock is 11.38%.
Explanation:
We apply the Capital Asset Pricing Model (CAPM) to solve the problem.
Under the CAPM, we have:
Return on a stock = Risk-free rate + Beta * ( Return on Market - Risk free rate).
in which:
Risk-free rate is given at 3.1%;
Beta is given at 1.15;
Return on Market is given at 10.3%;
So:
Return on a stock = Risk-free rate + Beta * ( Return on Market - Risk free rate) = 3.1% + 1.15 * ( 10.3% - 3.1%) = 11.38%.
Thus, the answer is 11.38%.
Usually foreign companies.
Apologies if this is incorrect, or not the answer your looking for.
Hope this helps!!!
Answer:
1. Cash (Dr.) $100,000
Unassigned grant (Cr.) $100,000
2. Computers (Dr.) $10,000
Cash (Cr.) $10,000
3. Salaries and Wages (Dr.) $6,000
Cash (Cr.) $6,000
4. Cash (Dr.) $24,000
Long term bank loan - Notes payable (Cr.) $24,000
5. Automobile (Dr.) $24,000
Cash (Cr.) $24,000
6. Interest Expense (Dr.) $200
Cash (Cr.) $200
7. no entry
Explanation:
Balance Sheet
Assets:
Cash $90,000
Computer $10,000
Automobile $24,000
Total Assets $124,000
Liabilities:
Notes Payable $24,000
Equity:
Grant Received $100,000
Total Equity and Liability $124,000
Answer: 0.7973
Explanation:
Binomial probability formula :-
, where P(x) is the probability of getting success in x trials , p is the probability of success in one trial and n is the number of trials.
Given : The probability of getting a defect components :
If randomly select and test 26 components , then the probability that this whole shipment will be accepted will be :-
Hence, the probability that this whole shipment will be accepted = 0.7973
Because if someone else buys a house for you and it's dirty you wouldn't like it.