Answer:Expected Rate of Return = 14.47%
Explanation:
Given that Dividend= $1.54
Price of stock = $30
Expected selling price of stock = $32.80
Expected Rate of Return = (Dividends Paid + Capital Gain) / Price of Stock
Capital gain = Expected selling price - Buying price of stock
= $32.80- $30.00
= $2.80
Expected Return = ($1.54 + 2.80)/ 30
=0.1446666 x 100
=14.465 ≈14.47%
Answer: e. the lowest variable cost per unit that can reasonably be expected.
Explanation:
The lowest variable cost per unit that can reasonably be expected will be used in the computation of the best-case analysis of a project.
It should be noted that the lower variable costs will tend to increase the profit of a company under the best case analysis and therefore when it's being compared with other options, it's the correct option.
Therefore, the correct option is E.
Answer:
The markup calculated as a result of information about the elasticity of demand
Explanation:
As a monopoly seller of pharmaceutical products the price set as markup would be above our marginal cost.
There are three facts about markup:
1. The Markup is not to be a price below marginal cost of the pharmaceutical product.
2. Markup is smaller when demand is more elastic. Remember if the price elasticity of demand is lower than 1, (negative) a rise in price causes an
increase in revenue for the seller.
Therefore having a -4 elasticity of demand could imply more profits for the firm.
Answer:
the total cost in the flexible budget is $8,100
Explanation:
The computation of the total cost in the flexible budget is shown below;
Variable cost per unit is
= $4000 ÷ 8,000 units
= 0.50 per unit
The total cost for the flexible budget is
= Variable costs+ fixed costs
= 0.5 × 8,200 units + $4,000
= $4,100 + $4,000
= $8,100
Hence, the total cost in the flexible budget is $8,100
Answer:
Tiny computer chips that transmit information about the contents of containers.
Explanation:
Radio frequency identification tags refer to tiny chips that utilize electromagnetic fields so as to automatically trace and identify tags attached with objects.
The technology uses radio waves so as to read or capture stored details of a tag attached with an object.
A tag is capable of being read even while away by several feets.
Radio frequency tags are of two kinds, passive and battery powered. While a passive tag uses radio wave energy so as to relay the stored details back to interrogator.
Whereas a battery powered tag includes an embedded battery which powers such relay of details.