Answer: d. Dynamic pricing strategy
Explanation:
The companies mentioned above are increasingly turning towards Dynamic pricing in order to maximize sales and therefore increase profitability.
Dynamic pricing refers to a strategy where goods are priced at the optimal price based on the conditions at the time. In other words, it involves trying to sell at a price that is cheapest for the customer based on factors such as consumer willingness to pay, competition and others.
Prices can therefore change multiple times in as little a period as a day just to ensure that customers buy the goods being offered.
Answer:
8.94%
Explanation:
Firstly, we will need to find total equity and total debt of Harrington Inc inorder to apply the Dupont equation for getting ROE
Harrington's total debt = 15.00 % × $250,000
= $37,500
Harrington's total equity will be; applying accounting equation
Asset = Liabilities + Owner's equity
Owner's equity = Assets - Liabilities
= $250,000 - $37,500
= $212,500
Therefore, using the Dupont equation, we can calculate the ROE as;
(NI/Sales) × (Sales/Total assets) × (Total assets/Total common equity)
= 19,000/325,000 × 325,000 /250,000 × 250,000/212,500
= 8.94%
Answer:
C. As more securities are added to a portfolio, total risk typically would be expected to fall at a decreasing rate.
Explanation:
Portfolio diversification gives more security to a portfolio, which expected to results in a decreasing rate of total risk.
The portfolio which is diversified carries the co-variance measure of risk. It has the property of reducing the risk as it diversifies the portfolio to a great extent.
It reduces the overall risk by diversifying the assets i.e. stock , bonds, commodities etc.
Hence, the most appropriate answer is option C.
Answer:
$0.5
Explanation:
A plant's fixed total overhead cost is $500,000 for a year
400,000 widgets are required to be produced for this period
All processes require a 40,000 machine hours and the widgets use 16,000 hours out of the total hours
The first step is to calculate the fixed overhead application rate
= $500,000/40,000
= $12.5 machine-hour
The fixed overhead that is applied to the widgets can be calculated as follows
= $12.5 × 16,000
= $200,000
Therefore, the fixed overhead that is applied to each of the widgets produced can be calculated as follows
= 200,000/400,000
= $0.5
Hence the fixed overhead that is applicable to each widgets is $0.5