Answer:
<h2>1) The answer is option a) or True.</h2><h2>2) Generally all contracts are assumed to be <u>Shipment </u> contracts if nothing to the contrary is stated in the contract.</h2><h2>3) The seller is required to deliver the goods to a particular destination in a destination contract,usually directly to the <u>buyer</u>
<u>.</u></h2><h2>4) The answer is option a) or True.</h2><h2 />
Explanation:
- A shipment contract mandates that the seller of any good or service is obligated to deliver the specified shipment to a common carrier for delivery to the buyer but not directly to the buyer's destination.Under the shipment contracts,the seller is not responsible for the condition of the shipment or package during the delivery point and time to the buyer.
- If nothing is specifically mentioned in the contract regarding the delivery of the shipment,it assumably qualifies as a shipment contract and the seller is only liable to dispatch the shipment to the transportation carrier and not obligated to send it directly to the buyer's destination.
- Under a destination contract,the seller is officially obligated to dispatch the concerned goods or shipment directly to the buyer's actual destination.Hence,the seller's obligation is incomplete until the shipment subsequently reaches the buyer's destination.
- For destination contract,at the point of delivery,the burden of risk and title associated with the condition and ownership of the specified shipment is passed onto the buyer and seller is not officially or legally liable regarding the same.
The present value (PV) of an annuity of P equal periodic payments for n years at r% is given by:
where
is the <span>present value of an annuity factor for n years at r%.
Given that </span>a<span>
company borrowed $40,000 cash from the bank and signed a 6-year note at
7% annual interest and that the present value of an annuity factor for 6 years
at 7% is 4.7665.
Then
Therefore, </span><span>the annual annuity payments equals $8,391.90</span>
Answer
The answer and procedures of the exercise are attached in the following archives.
Explanation
You will find the procedures, formulas or necessary explanations in the archive attached below. If you have any question ask and I will aclare your doubts kindly.
Considering the situation described above, this effort is an example of using <u>image differentiation</u> to differentiate a product as new.
<u>Image differentiation</u> is a type of differentiation strategy used by business firms to differentiate their products through communications.
By using communication strategies such as written, audio, digital, advertisement, or images to differentiate between various products or from existing products, this is an example of <u>image differentiation</u>.
Thus, when Next Up Computers only changes the cover designs alone, that is a form of <u>image differentiation</u>.
This is type of differentiation is often referred to as Reputation Differentiation.
Other types of differentiation methods include the following:
- Product differentiation
- Service differentiation
- Relationship differentiation
- Distribution differentiation.
- Price differentiation.
Hence, in this case, it is concluded that the correct answer is "<u>Image Differentiation."</u>
Learn more here: brainly.com/question/14302620
Answer:
The bonds after tax yield is given as Pre tax yield X (1-tax rate)
After Tax Yield = 9% X (1-0.36) = 9%X0.64=5.76%
Answer: 5.76%
Explanation:
The after-tax yield of any financial instrument such as a bond or even stock dividends is the effective yield after the applicable taxes have been paid. Higher the tax rate, lesser is the after-tax yield for the investor.
To calculate your after-tax yield, you need to know both the rate of return on your investment and the tax rate that applies to those profits. First, convert your tax rate that applies to the earnings to a decimal by dividing by 100. Second, subtract the result from 1 to calculate the portion of your earnings that you get to keep after you pay taxes on them. Third, multiply the result by the rate of return on the investment to calculate your after-tax yield.
For example, say that you want to calculate the after-tax rate of return on your certificate of deposit. If your rate of return is 3 percent and the tax rate applied to that interest is 24 percent, start by dividing 24 percent by 100 to get 0.24. Second, subtract 0.24 from 1 to get 0.76 – the portion that you get to keep after accounting for taxes. Finally, multiply 0.76 by your overall rate of return of 3 percent to find your after-tax yield is 2.28 percent.
