Answer:
$13
Explanation:
The current value of the stock can be determined using the constant growth dividend model
according to the constant dividend growth model
price = d1 / (r - g)
d1 = next dividend to be paid
r = cost of equity
g = growth rate
(1 x 1.04) / (0.12 - 0.04) = 13
C is the answer. Hope this helps.
Answer:
Cost of goods sold is $7,700
Gross Profit is $2,300
Explanation:
Cost of goods sold is Cost of goods available for sale less ending merchandise inventory. Ending merchandise understated by $300 means ending merchandise was accounted $300 less. So, $300 need to be added to ending merchandise. No ending merchandise is $2,300 (2,000 + 300)
Cost of goods sold will be 10,000 - 2,300 = $7,700
Gross profit is sales revenue less cost of goods sold which is computed as shown below:
Gross profit = 10,000 - 7,700
= $2,300
Answer:
The statement is true
Explanation:
As a fact, I agree that with large sample sizes, even the small differences between the null value and the observed point estimate can be statistically significant.
To put it differently, any differences between the null value and the observed point estimate will be material and/or significant if the samples are large in shape and form.
It's also established that point estimate get more clearer and understandable, and the difference between the mean and the null value can be easily singled out if the sample size is bigger.
Suffix to say, however, while the difference may connote a statistical importance, the practical implication notwithstanding, will be looked and studied on a different set of rules and procedures, beyond the statistical relevance.
Answer:
24.7215
Explanation:
Given;
Discount = 50%
Regular price, p = $8
cost of cake, c = $5
salvage value, s = 50% of $8 = $4
Mean = 20
Standard deviation, σ = 7
Now,
Underage cost, Cu = p - c
= $8 - $5
= $3
Overage cost, Co = c - s
= $5 - $4
= $1
P ≤ 
P ≤ 
P ≤ 0.75
The Z value for the probability 0.75 is 0.6745
The optimal stocking level = Mean + ( z × σ )
= 20 + 0.6745 × 7
= 24.7215
