Answer:
Product substitute
Explanation:
Product substitute is defined as one that meets similar needs of the consumer. As demand for one of such goods rises the demand of the other tends to fall as the meet similar needs.
In the given scenario organic meats are seen as being substituted by organically grown nuts as a source of protein.
So when Hain Celestial has dwindling sales of organic meats they were considering organically grown nuts as a different product to give to customers
Answer:
$700
Explanation:
If a bond is issued at a lower price than the face value of the bond, then the bond is issued on the discount. This discount is amortized over the bond's life. This amortization will be expensed as Interest Expense.
Discount = Face value - Issuance price = $15,000 - $14,700 = $300
Bond's Life = 6 years
Amortization of discount = $300 / 6 = $50 annually = $25 semiannually
Coupon Payment = Face Value x coupon Rate = $15,000 x 9% = $1.350 annually = $675 semiannually
Interest Expense Includes both the coupon payment and discount amortization for the period.
Interest Expense = $675 + $25 = $700
Answer: $0
Explanation:
Available-for-sale securities simply refers to the debt securities that are bought but with the intention that they'll be sold before they mature. They're typically reported at their fair value.
The gain that will be reported by Jeremiah Corporation in the December 31, 2021, income statement relative to the portfolio is $0. This is because for available-for-sale securities, there'll be no reports on holding gains or losses incurred.
The correct answer to this question is letter "b. to prevent monopolies and collusion." An essential government role in market economies is <span>to prevent monopolies and collusion. If it happens that there is monopoly and collision, then it will be a big problem to consumer.</span>
Answer:
$3,412
Explanation:
The computation of the economic order quantity is shown below:
=
=
= 2,954 units
The carrying cost is
= $15.40 × 15%
= $2.31
The number of orders would be equal to
= Annual demand ÷ economic order quantity
= 120,000 ÷ 2,954 units
= 40.62 orders
Now The total cost of ordering cost is
Ordering cost = Number of orders × ordering cost per order
= 40.62 orders × $
84
= $3,412