Answer:
The seller must be informed when the offer is presented that the depositis a promissory note
Explanation:
A good faith deposit is one that is done by a buyer in which conditions are stated that could result in the loss of deposit by the buyer.
It is a deposit made by the buyer to show he intends to complete the payment later.
In this instance if there is a Goodwill deposit in form of a promissory note, the broker needs to be aware.
So that when he is bringing in a client he will consider the already existing deposit.
Deals that offer more deposit or full payment will be considered and the original buyer discarded.
Answer:
Explanation:
A product item is a specific version of a product that can be designated as a distinct offering among an organization's products. A product line is a group of closely related products offered by an organization.
Answer:
17.27 years
Explanation:
For this question we use the NPER formula that is shown on the attachment below:
Provided that
Present value = $340,000
Future value = $25,000
PMT = $35,000
Rate of interest = 7.5%
The formula is shown below:
= NPER(Rate;PMT;-PV;FV;type)
The present value come in negative
So, after solving this, the number of year is 17.27 years
Answer:
The markup calculated as a result of information about the elasticity of demand
Explanation:
As a monopoly seller of pharmaceutical products the price set as markup would be above our marginal cost.
There are three facts about markup:
1. The Markup is not to be a price below marginal cost of the pharmaceutical product.
2. Markup is smaller when demand is more elastic. Remember if the price elasticity of demand is lower than 1, (negative) a rise in price causes an
increase in revenue for the seller.
Therefore having a -4 elasticity of demand could imply more profits for the firm.
Answer:
$22,820
Explanation:
Calculation to determine Determine the present value of the par value of the bonds.
Discount rate =8%/2
Discount rate= 4%
Present value factor of 20 periods at 4%= ( 1 / 1.04^20 )
Present value factor of 20 periods at 4%=0.4564
Using this formula
Present value of the par value of the bond = Future value of the bond x Present value factor =
Let plug in the formula
Present value of the par value of the bond=$50,000 x 0.4564
Present value of the par value of the bond = $22,820
Therefore the present value of the par value of the bonds is $22,820