Answer:
C. more than the Red Sox tickets
Explanation
Based on the scenario being describe it can be said that It is likely that the small gifts would influence the narrator more than the Red Sox tickets. This mainly because the little gifts will sum up over time since they have been receiving them for about 7 months, instead of Red Sox tickets which would be the same repeated event every time.
Answer:
Mitigate her damages.
Explanation:
In this scenario, Velma contracts with Gordon, who agrees to build a stone retaining wall and French drain on her property. The wall and drain are necessary to prevent erosion of her land, which is falling into the creek on her property at a rapid rate. If Gordon breaches the contract by failing to get to work, Velma is under a legal obligation to mitigate her damages.
Velma has the legal rights and responsibilities to make sure she does anything humanly possible to reduce or lessen the damages to her property.
She could sue Gordon for not getting to work or failing to start work thereby causing more damage.
Answer:
The accrued interest at December 31, 2022 amounts to $3,540
Explanation:
Accrued Interest = Amount borrowed × rate × Number of months/ 12
where
amount borrowed is $88,500
rate is 12%
= $88,500 × 12% × 4/12
= $3,540
The accrued interest for one year note is $3,540
Note: Number of months from September to December will be 4 months that is September, October, November and December.
Answer:
Letter C is correct. <u>Offer products with complementary demand patterns (e.g., jet skis and snowmobiles).</u>
Explanation:
This alternative is correct, as this strategy can be related to strategic capacity management, which can be defined as understanding the characteristics of organizational processes, which optimizes the use of the company's operational capacity.
Therefore, the strategy exemplified in alternative C, helps the organization to offer the desired quantity of products or services and helps to facilitate the use of facilities, equipment and personnel.
Answer:
2.6%
Explanation:
Jensen Measure is calculated using the below formula
Jensen Alpha = Rp - (Rf + beta*(Rm - Rf))
Where Rp = Return on portfolio = 20%, Rf = risk free rate = 3%, Beta = Beta of portfolio = 1.8 and Rm = Market return = 11%
Jensen Alpha = 20 - (3 + 1.8*(11-3))
Jensen Alpha = 20 - (3 + 1.8*8)
Jensen Alpha = 20 - (3 + 14.4)
Jensen Alpha = 20 - 17.4
Jensen Alpha = 2.6%
