Answer:
The answer is option E) The type of analysis that Jamie is doing is best described as scenario analysis.
Explanation:
scenario analysis assesses the effect of changing all the input variables at the same time.
Scenarios being considered can relate to a single variable, such as the relative success or failure of a new product launch, or a combination of factors, such as the results of the product launch combined with possible changes in the activities of competitor businesses. The goal is to analyze the results of the more extreme outcomes to determine investment strategy.
In this case, scenario analysis is used in analyzing the estimated net present value of a project under various conditions by revising the sales quantity, sales price, and the cost estimates.
Answer:
Explanation:
Provided that the demand is inelastic, there would be an increment in revenue.
Total revenue is calculated as the quantity of a good sold multiplied by its price.
There is a close interrelation between price elasticity of demand and total revenue, in the sense that they deal with the same two variables - which are price and quantity.
If the product has an elastic demand, revenue can be increased by decreasing the price of the good. Q will increase at a greater rate, while P will decrease, thereby, increasing the total revenue.
If the product has an inelastic demand, then the prices of goods can be increased and sold slightly less of that item but a higher revenue must be obtained.
YOU CAN INVEST THINGS SUCH AS MONEY AND IT EXPANDS THE AMOUNT OF MONEY YOU HAVE. THIS MEANS THAT YOU CAN GET MORE MONEY AND HAVE MORE MONEY TO WASTE ON FUTURE PLANS.
Answer:
B. Full disclosure principle
Explanation:
Full disclosure principle ensures that all relevant financial information is reported
Answer:
The correct answer is 8%.
Explanation:
According to the scenario, the computation of the given data are as follows:
Let 1 year Treasury securities = t
So, Four year Treasury = [(Yield of 3 years Treasury × No. of year) + ( t × No. of year)] ÷ Number of year
So, by putting the value, we get
6.5% = [(6% × 3) + ( t × 1)] ÷ 4
[(6% × 3) + t] = 6.5% ×4
t = 8%
So, the rate on 1-year Treasury securities three years from now is 8%.
