Answer: 11.32%
Explanation:
Given the above variables, the total compound return can be calculated by;
= (1 + r)(1 + r₂)(1 + r₃)...(1 + rn) - 1
= (1 + 10%)( 1 + 15%) (1 - 12%) - 1
= 11.32%
Answer:
The correct answers from the options are options C and E
Explanation:
Here, the first investment alternative depicts an investment in a risky asset with a positive risk premium and returns (dividends) for each of the two years that will be evenly distributed. Therefore, the following statements are true about the first investment alternative compared to the second;
i) Its annualized standard deviation is lower, and
ii) It is relatively more attractive to investors who have lower degrees of risk aversion.
Answer:
Option (d) is correct.
Explanation:
Given that,
Reserve requirement = 0.08
Demand deposits = $200,000
Holding in reserves = $4,000
Reserve required:
= Reserve Requirement ratio × Amount of demand deposits
= 0.08 × $200,000
= $16,000
Therefore, the reserves in holding is less than the required reserves. Hence, the bank is not meeting its reserve requirement.
Answer:
The correct answer is C) A variable ratio reinforcement schedule
.
Explanation:
In this case, Neil must use an effort program of variable reason, considering that if he wants to create an operant behavior in a subject, he can administer the reinforcing stimulus only when the subject performs a certain number of times the behavior in question, for example every three times ; In this case, there is a fixed ratio reinforcement program. If instead you prefer to administer the booster when the subject performs a variable number of behaviors (for example, sometimes every three behaviors, sometimes every two, sometimes every four), you will have a variable ratio booster program.
The answer is <span>$10,000.
</span><span>discount terms of 2/10, net/60 indicates that the discount of 2% will only apply if the payment is being done within 10 days.
Since the payment is being done 20 days after, the full price of the purchase must be paid by Jackson Ski.</span>
