Answer:
The correct answer is: the supply of the greeting cards is less elastic than the one of the roses.
Explanation:
To begin with, the elasticity show how much the price and the quantity are related by indicating the variation that happens to one of them when the other changes. Therefore that the supply of the greeting cards is less sensitive to price because when the quantity demanded increased the price did not change as much as the roses due to the fact that the sellers were not encourage as much as the sellers of the roses to produce more and therefore to increase the price of the cards. So to sum up, when the price changed the sellers were not encourage to increase the production of the cards as much as the production of the roses because of its elasticity.
Price is the value that is put into a product or service As a result of lots of calculations, research, understanding, and risk-taking. A pricing strategy, on the other hand, is the smart way a company makes in order to target and attract customers. There are four pricing strategies:
<span>1. </span>Premium pricing
<span>2. </span>Penetration pricing
<span>3. </span>Economy pricing and
<span>4. </span>Skimming pricing
Premium pricing and skimming strategy both use a high price while penetration pricing and economy pricing use a low price. <span>
<span>When Dillard company reduced the price of children’s Levis from $31.99 to $24.99, the used the penetration pricing. And when the manager of Jenney instructed his staff to do the same, he used the penetration pricing strategy also to attract customers. </span></span>
Answer:
a. ROE (r) = 13% = 0.13
EPS = $3.60
Expected dividend (D1) = 50% x $3.60 = $1.80
Plowback ratio (b) = 50% = 0.50
Cost of equity (ke) = 12% = 0.12
Growth rate = r x b
Growth rate = 0.13 x 0.50 = 0.065
Po= D1/Ke-g
Po = $1.80/0.12-0.065
Po = $1.80/0.055
Po = $32.73
P/E ratio = <u>Current market price per share</u>
Earnings per share
P/E ratio = <u>$32.73</u>
$3.60
P/E ratio = 9.09
b. ER(S) = Rf + β(Rm - Rf)
ER(S) = 5 + 1.2(13 - 5)
ER(S) = 5 + 9.6
ER(S) = 14.6%
Explanation:
In the first part of the question, there is need to calculate the expected dividend, which is dividend pay-our ratio of 50% multiplied by earnings per share. We also need to calculate the growth rate, which is plowback ratio multiplied by ROE. Then, we will calculate the current market price, which equals expected dividend divided by the difference between return on stock (Ke) and growth rate. Finally, the price-earnings ratio is calculated as current market price per share divided by earnings per share.
In the second part of the question, Cost of equity (return on stock) is a function of risk-free rate plus beta multiplied by market risk-premium. Market risk premium is market return minus risk-free rate.
I think the best would be C ensure timely payments of taxes
Answer:
Given: Total shift time = 8 hours = 8 * 60 = 480 minutes
time required for production of one saw = 6 minutes
Demand for Bow saw = Demand for frame saw = Demand for dovetail saw = 1/2 * Demand of Tenon saw
a) Mixed model schedule:
Mixed model schedule
Product no. per batch
Bow Saw 1
Frame Saw 1
Dovetail Saw 1
Tenon Saw 2
Total 5
Therefore 2 Tenon Saw, and each bow, frame, and dovetail saws will be produced before the cycle is repeated.
b) 2 Tenon Saw, 1 bow, 1 frame, and 1 dovetail saws will be produced under production sequence for one unit production.
The length of cycle will be 5*6=30 minutes i.e. the cycle will repeat once in 30 minutes for 8 hours means totally it will repeat 16 times during one shift.
c) Number of saws Swenson produce in one shift = Number of Bow saw Swenson produce in one shift + Number of Frame saw Swenson produce in one shift + Number of Dovetail saw Swenson produce in one shift + Number of Tenon saw Swenson produce in one shift
Explanation: