Answer:
The correct answer is letter "B": It is designed for efficiency and low cost by minimizing inventory and maximizing efficiencies in process flow.
Explanation:
Efficient supply chains aim to produce high-quality products by reducing manufacturing costs to maximize revenues. As part of the improvement, efficiency relies on reducing the waste of the production process or shipping the goods earlier than planned.
Answer:
Total interest paid = $606.63
Explanation:
First calculate the monthly payment for first six months
Monthly interest for first 6 months =.006/12=.0005
= 6500*(1.0005)^6
=6519.52
Interest rate for next six months
=17.37%/12=1.45%
(1.0145)^6=1.090054
=6519.52*(1+.0145)^6
=7106.63
Total interest paid = 7106.63-6500
Total interest paid = 606.63
Answer:
b. $0.40 per unit and $8,000
Explanation:
High low method separates the fixed cost and variable cost using net of Highest activity level and Lowest activity level and net of their relevant costs.
According to High low method
Variable cost per unit = ( Highest activity cost - Lowest activity cost ) / ( Highest Activity - Lowest activity )
Variable cost per unit = ( $120,000 - $74,000 ) / ( 280,000 - 165,000 )
Variable cost per unit = $46,000 / 115,000
Variable cost per unit = $0.4
Fixed operating cost = Total cost - Total Variable cost = $120,000 - ( 280,000 x $0.4 ) = $8,000
Answer:
If Best Buy chose to compete by introducing online sales direct to the consumer, this would be an example of marketing change.
Explanation:
If Best Buy decided to change its conditions of sale to be able to compete with its adversary companies, that change would imply a marketing change, since it would modify the way in which the products are offered to the public.
Marketing changes are changes in the conditions of advertising and sale of products, through which they seek to renew sales through innovative supply systems, which capture the attention of consumers.
Answer:
x1 (1.5)+ x2(2.5) ≤ 80
(1)x1 + (1)x2 ≤ 40
Explanation:
Hi, we have to write a system of equations.
Since a basic model (x1) requires 1.5 hours for assembly, and a deluxe model requires 2.5 hours for assembly, the sum of both products must be equal or less than the assembler’s available hours per week (40).
Since we hired 2 assemblers, we have to multiply the hours available by 2.
x1 (1.5)+ x2(2.5) ≤ 40(2)
Simplifying:
x1 (1.5)+ x2(2.5) ≤ 80
Now, for the finishing is a similar process.
Since both models requires the same time for finishing (1), and there is only one finsisher.
(1)x1 + (1)x2 ≤ 40
