Answer:
a. Subassemblies
Explanation:
Subassemblies are one of the inputs to manufacturing and service-delivery processes. This is because these are small units that need to be assembled separately but then later become part of the final larger manufactured product. Therefore since they are part of the final manufactured product they are an input in the manufacturing process of that larger product needed in order for it to be finished.
Calculation of Direct Material Budget for the month of July:
Budgeted production (Units) for July 5,000
Material required per unit (pounds) 3
Material requirement for July (pounds) = (5000 units * 3 pounds) 15,000
Add: Ending material inventory (5300 units * 3 pounds* 30%) 4,770
Less: Beginning material inventory 4,500
Direct Material Purchase (Pounds) (15000+4770-4500) = 15,270
Cost per pound of Metrial ($) $6.00
Direct Material Purchase ($) (15270 pounds * $6) = $91,620
Joe should decrease his consumption of crackers and his marginal utility from crackers will increase and also increase his consumption of cheese and his marginal utility from cheese will decrease .
<h3>What happens to marginal utility when consumption decreases?</h3>
According to the Law of Diminishing Marginal Utility, the additional utility derived from increasing consumption declines with each additional increase in consumption level.
What happens to marginal utility when consumption increases?
According to the law of declining marginal utility, when consumption rises, the marginal utility gained from each extra unit decreases, all other things being equal.
Why does marginal utility decrease as more is consumed?
- Consumers will only purchase more of a specific good if the price drops since they get less satisfaction from consuming more units of that good.
- Thus, the law of diminishing marginal value contributes to the understanding of the law of demand.
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Answer:
Consider the following calculations
Explanation:
a) If the weight of risky portfolio is 'y' then weight of T-bill would be (1-y).
Expected return on clients portfolio = weight of risky portfolio x return on risky portfolio + weight of T-bill x return on T-bill
or, 15% = y x 17% + (1 - y) x 7%
or, y = 0.8
weight of risky portfolio = 0.8, weight of T-bill = 0.2
b)
Security Investment Proportions
T-bill 20% (from part a)
Stock A 80% x 0.27 = 21.6%
Stock B 80% x 0.33 = 26.4%
Stock C 80% x 0.40 = 32%
Total 100%
