Answer:
$18.74
Explanation:
the margin of error for a 95% confidence level = Z x (σ / √n)
- Z for a 95% confidence level = 1.96
- standard deviation (σ) = $160
- sample size (n) = 280
the margin of error for a 95% confidence level = 1.96 x ($160 / √280) = 1.96 x ($160 / 16.733) = 1.96 x $9.56 = $18.74
Answer:
B $1,625
Explanation:
The computation of the ending inventory based on the lower-of-cost-or-market value is shown below:
The ending inventory units = Beginning inventory + purchase of inventory - selling units
= 15 units + 35 units - 25 units
= 25 units
So, the cost of ending inventory = ending inventory units × purchase price
= 25 units × $84
= $2,100
And, the market value equal to
= ending inventory units × replacement cost
= 25 units × $65
= $1,625
Based on the lower-of-cost-or-market value, the ending inventory would be $1,625
Answer:
explaining the stability and control aspects of the StreetCarver in its advertising messages
Explanation:
Based on the scenario being described within the question it can be said that In this case, it will most likely focus on explaining the stability and control aspects of the StreetCarver in its advertising messages. That is because these aspects are the highlights of what make the StreetCarver unique and better than the other options in the market, therefore these aspects are what will place the StreetCarver in the consideration set of potential skateboard buyers.
Answer: $10240
Explanation:
Based on the information that have been provided in the question, the planning budget for the utilities in June will be calculated as:
= Fixed expenses + (Budgeted activity × Variable cost per unit)
where
Fixed expenses = $8000
Budgeted activity = 3200 jackets
Variable cost per unit = $0.70
Therefore, planning budget will be:
= $8,000 + (3,200 × $0.70)
= $8,000 + $2240
= $10240