<span>The discount rate is the interest rate charged to commercial banks and other depository institutions on loans they receive from their regional Federal Reserve Bank's lending facility--the discount window. :)</span>
Answer:
d.All of these choices are true.
Explanation:
In a process costing system, a.There is no need to track materials to processes.b.There is no need to use time tickets to assign costs to processes.c.A process costing system is more expensive to maintain because it has more work-in-process accounts.d.All of these choices are true . All of the choices given are true .
Answer:
Reward to risk ratio = (Expected return - Risk free rate) / Beta
Reward to risk ratio of Y = ( 0.145 - 0.056) / 1.2
Reward to risk ratio of Y = 0.089 / 1.2
Reward to risk ratio of Y = 0.0741666
Reward to risk ratio of Y = 7.42%
Reward to risk ratio of Z = (0.093 - 0.056) / 0.7
Reward to risk ratio of Z = 0.037 / 0.7
Reward to risk ratio of Z = 0.0528571
Reward to risk ratio of Z = 5.29%
Security market line (SML) reward-to-risk ratio is the market risk premium itself which is 6.6%.
Stock Y has a reward-to-risk ratio that is higher than the market risk premium, it is currently under-valued in the market. Similarly, since stock Z has a reward-to-risk ratio that is lower than the market risk premium, it is currently over-valued in the market.
Answer:
Paul is not maximizing his utility because MUd/Pd is greater than MUb/Pb
Explanation:
Marginal utility is the extra satisfaction derived from spending an additional unit of money on consuming a particular product or service.
In order to determine if he is maximizing his utility, we must calculate his utility per dollar, and this is done by dividing his Marginal Utility by the price.
Marginal Utility per dollar of DVDs is:
MUd/Pd = 23/11 = 2.09
Marginal Utility per dollar of books is:
MUb/Pb = 5/3 = 1.67
Utility is maximized when MUd/Pd is equal to MUb/Pb and Paul has exhausted his budget.
<span>Simulation is an imitation of a situation or a chance behavior that accurately reflects the situation under consideration. </span>
<span>Steps in conducting a simulation in the correct order (first choice)</span>
• State the problem or question
• State the assumptions,
<span>• Assign digits to represent outcomes,
• Simulate many repetitions
• State your conclusions</span>
