Answer:
(D). Straddling
Explanation:
Straddling positioning involves placing a product or brand in two segments at the same time such that it is possible to reap benefits from both segments.
<em>By launching its luxury brand (Infinity), while remaining in other market segments, Nissan is practicing straddling positioning</em>.
Answer:
Depreciation Expense, Credit, Accumulated Depreciation.
Answer:
1. Measure of the percentage change in earnings before interest and tax or operating cash flow:
B) Degree of operating leverage
2. P/E Ratio of 10 indicates that:
c. The value of the stock will be 10 times the initial investment at the time of maturity.
Explanation:
Company B's degree of operating leverage is the financial measure that shows the degree of change of the operating income of the company in relation to a change in her sales revenue. With this measure, investors and analysts of Company B are able to evaluate how sales impacts the company's operating income. There are many ways to measure a company's degree of operating leverage. One of the methods subtracts the variable costs of sales and divides that number by sales minus variable costs and fixed costs.
Company A's P/E ratio or price/earnings ratio is the measure of the relationship between the current market price and its earnings per share. It is used to evaluate the value of the company's stock. It points out whether the company's stock is undervalued, overvalued, or correctly valued.
Answer: True
Explanation:
A price break is a price reduction especially when one buys in bulk. Price Break model is used when there is variation between the inventory price and the order size.
In a price break model. the economic order quantity is computed for every possible price and matched to the inventory amount available at that price. It can then be used to ascertain if the smallest cost quantity is possible.
Answer:
Aquaguard may choose any of the two models to minimize the production variability in the new plant.
Explanation:
Model 1: Mean = 1000, Standard Deviation(SD) = 300
Model 2: Mean = 1000, SD = 300
Model 3: Mean = 1000, SD = 300
Coefficient of variation for model 1
C.V = ( SD ÷ Mean) × 100
= ( 300 ÷ 1000 ) × 100
= 30 %
Coefficient of variation for model 2
= ( 300 ÷ 1000 ) × 100
= 30 %
Coefficient of variation for model 3
= ( 300 ÷ 1000 ) × 100
= 30 %
We conclude that all the models have same effect .
