Answer:
Consider the following explanation
Explanation:
Under Effective interest method, Interest calculated at the effective interest rate (i.e., the yield of the bond) is charged as an expense annually, and the payment made basis the Coupon rate.
In the given case, interest to be paid semi annually i.e, on June 30 and on December 31, will be $62,500 (i.e., 2,500,000 * 5% * 6/12).
On the basis of above, the interest expense to be charged in the 2017 can be calculated as follows: take a look to the attached archive.
As calculated above, the amount to be charged as interest expense for the year 2017 is (80,220 + 80,840 i.e.,) $ 161,060.
No, because consumers equate quality of batteries with higher prices. With batteries consumers believe there is a price- quality relationship, it does not make the consumers, price insensitive. Also, there is no indication Energizer set a target price and adjusted cost and quality components to maintain wholesaler and retailer margins.
The increase in the domestic price of both imported goods and the domestic substitutes reduces the amount of consumer surplus in the market. Tariff effects on the importing country's producers. ... The increase in the price of their product on the domestic market increases producer surplus in the industry.
Answer:
Bergman’s can be more efficient, not cumbersome to consumers
Explanation:
Priya acknowledges that competitors are changing its purchase method to an automated one. She sees the trend in consumer behavior and establishes that Bergman has to adopt this new method to be up to date in regards to market best practices.
Therefore, changing to an automated sales, Pryia believes that Bergman will be more modern, efficient and faster.
From the given information, The demand function is (P) = -x/8 + 600. The demand function illustrates the causal connection between the quantity of a commodity that is demanded and its numerous determinants.
The demand function is given by P - P1 = m(x-x1)
Since, m = -10/80 (i.e. additional 80 tablets every $10)
P1 = $250, x1 = 2800
So, P - 250 = -1/8 (x - 2800)
P = -1/8 + 350 +350
P = -x/8 + 600
Hence, the demand function (P) = -x/8 + 600
- One variable's connection with its determinants is described by the demand function. It explains how much of a certain amount of products is bought at various prices for that good and its related goods, various income levels, and various values for other demand-affecting variables.
There are two categories of demand function:
- The linear demand function
- Nonlinear Demand Function
Without needing to create a demand function graph, an algebraic formula for constructing demand curves is known as a linear demand function.
Demand function with nonlinearity. The slope of the demand curve (P/Q), in a nonlinear or curved demand function, varies along the demand curve.
Learn more about Demand function, here
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