The implicit borrowing rate is 31.4%.
Given that if payment was made in cash today, the store would reduce the cost of the product by 2.5 percent. This implies that the price you must pay at that time is $195.5, for instance, if the cost of the things is perhaps $200.
If the price is still $200, you will have to pay $200 at the end of the month. A difference of $200 - $195.5 = $3.5 if we compare at the end of the month versus if you pay immediately.This results in an increase of (3.5/196) x 100% = 1.79 %. An increase to bring the price back to $200.
Considering that a year has 12 months, the implicit borrowing rate at the conclusion of that year will be;
([(200/195.5)(12)] - 1) at 100% equals 31.4%.
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C makes more sense than the others :((. Hope it helps
Answer:
Optimal package size = 4 units
Optimal package price = $20
Explanation:
P = 8 - 1.5Q and C(Q) = 2.0Q, MC = 2
To obtain optimal package size, we put
Price is equal to the marginal cost, P = MC
8 - 1.5Q = 2
1.5Q = 6
Q = 6 ÷ 1.5
= 4
Therefore,
Optimal package size = 4 units
Hence,
Optimal package price:
= 0.5[8 - 2] × 4 + 2 × 4
= 12 + 8
= $20
Answer:
Total equivalent units= 17,250 units
Explanation:
<em>Under the weighted average method of valuation, to account for completed units, it is assumed that the entire degree of work required to a complete a set of work is done in the period under consideration.So there is no separation of the completed units into opening inventory and fully worked. </em>
Equivalent units = Degree of completion× units of inventory
Item units Equivalent unit
Completed 15,000 100%× 15,000 = 15,000
Closing inventory 3,000 75%× 3,000 = <u>2,250
</u>
Total equivalent units <u> 17,250</u>
Total equivalent units= 17,250 units