Answer:
b. value-based pricing
Explanation:
Value based pricing is a pricing strategy to set price of products based on value perceived by the purchaser. To have increased profit margin, business deduces the number of benefit the product provides to consumer. Then it establishes price which takes consideration of manufacturing cost, competitive price and consumer's willingness to pay price for the goods.
In the question mentioned IKEA not only provide functional benefit for the product but also quality, design, and services at low prices hence it is an instance of value based pricing.
<span>25 years: No Payment, but total is 250000
6 months earlier. Payment of "P". It's value 1/2 year later is P(1+0.03)
6 months earlier. Payment of "P". It's value 1 year later is P(1+0.03)^2
6 months earlier. Payment of "P". It's value 1½ years later is P(1+0.03)^3
6 months earlier. Payment of "P". It's value 2 years later is P(1+0.03)^4
</span><span>We need to recognize these patterns. Similarly, we can identify the accumulated value of all 50 payments of "P". Starting from the last payment normally is most clear.
</span>
<span>P(1.03) + P(1.03)^2 + P(1.03)^3 + ... + P(1.03)^50
That needs to make sense. After that, it's an algebra problem.
P[(1.03) + (1.03)^2 + (1.03)^3 + ... + (1.03)^50]
</span>
P(<span><span>1.03−<span>1.03^51)/(</span></span><span>1−1.03) </span></span>= <span>250000</span>
Answer:
$807,992
Explanation:
issue $902,000 with a 6% semiannual coupon and 10 year maturity. coupon payment = $27,060
if the annual market interest rate = 7.5%, the bonds should be sold at a discount:
issue price = present value of face value + present value of interest payments
- present value of face value = $902,000 / (1 + 3.75%)²⁰ = $431,961
- present value of annuity = $27,060 x {1 - [1 / (1 + 3.75%)²⁰]} / 3.75% = $376,031
issue price = $431,961 + $376,031 = $807,992
the journal entry should be:
Dr Cash 807,992
Dr Discount on bonds payable 94,008
Cr Bonds payable 902,000
Answer:
Correct answer is G.
I, II and III
Explanation:
Order-up-to-level (T) = d(P+L) + safety stock
d = mean demand
When Lead time is fixed,
Safety stock = function of (std deviation of demand, L, P, in-stock probability)
When Lead time also has variability,
Safety stock = function of (std deviation of demand, std. deviation of lead time, d, L, P, in-stock probability)
So, in any case, T will depend on d, std deviation of demand, and in-stock probability.
