Answer:
35.92%
Explanation:
The computation of cost of not taking the cash discount is shown below:-
Discount percentage ÷ (100 - Discount percentage) × (360 ÷ (Full Allowed Payment Days - Discount Days))
= 3% ÷ 97% × 360 ÷ (50 - 19)
= 3% ÷ 97% × 360 ÷ 31
= 0.03093 × 11.61290
= 0.359187
= 35.92%
Therefore for computing Mr. Warner's cost of not taking the cash discount we applied the above formula.
It will take 2 years because eaxh year you get 4% of the $2500 which means $100 a year
Answer:
Unitary cost= $118
Explanation:
Giving the following information:
Production= 43,000
Direct materials $43.00 per unit
Direct manufacturing labor $8.00 per unit
Variable manufacturing costs $4.00 per unit
Fixed manufacturing costs $63.00 per unit
<u>The absorption costing method includes all costs related to production, both fixed and variable.</u> The unit product cost is calculated using direct material, direct labor, and total unitary manufacturing overhead.
Unitary cost= 43 + 8 + 4 + 63
Unitary cost= $118
Answer: demographic makeup
Explanation: Demographics is a population analysis based on criteria like age, ethnicity, and gender. Demographic data relates to systematically articulated social economic-economic statistics, including jobs, schooling, wages, marriage rates, rates of births and deaths, and much more.
Governments, companies, and NGOs use surveys to learn much more about the dynamics of a community for many reasons, including policy development and research on the economic market. Demographic information is collected to create a profile for the client base of the company for company's marketing objectives.
Thus, from the above we can conclude that the given case depicts demographic makeup.
Answer:
0.047424
Explanation:
Given that
Expected return of security M = 17%
Standard deviation of Security M = 32%
Expected return of security S = 13%
Standard deviation of security S = 19%
And, the correlation coefficient = 0.78
So, by considering the above information the co variance is
= Correlation coefficient × Standard deviation of Security M × Standard deviation of security S
= 0.78 × 0.32 × 0.19
= 0.047424
