Answer:
The most I could pay for the investment is $12,960.09
Explanation:
The maximum a rational investor could pay acquire an investment is the present value of all future cash flows receivable from the investment.
In the case, the present of all cash flows is calculated thus:
Years Cashflows [email protected] 12% PV
1 5000 0.892857143 4,464.29
2 5300 0.797193878 4,225.13
3 6000 0.711780248 4,270.68
Total of present values 12,960.09
The discounting factor is calculated using the formula :
1/(1+r)^n where r and n are rate and number of years respectively.
Answer:
The demand curve will look like a straight line .
Explanation:
Perfect competition is that in which there are large number of buyers and large number of sellers of a commodity and no individual sellers or buyer can control the prices. If the seller try to influence the price then they will loss their buyers as there are many other seller also exist in the market.
Under perfect competition , the firm produce homogeneous product. Both buyers and sellers have full knowledge of the market.
The curve under perfect competition is indicated by horizontal . It shows that a firm can sell any quantity of a product at the prevailing price . And no quantity if they influence the price.
<u>The figure under shows the curve:</u>
Depends on what you are trying to fix
Answer: b. The beta of the portfolio is higher than the highest of the three betas
Explanation:
The beta of a portfolio is calculated as a weighted average of the individual betas of the individual stocks. As such, the highest individual beta will be the upper limit of the portfolios entire beta.
For instance.
3 stocks A, B and C have betas of 1, 1.3 and 2 respectively.
A has a weight of 1%, B has a weight of 1% and C has a weight of 98%.
The portfolio beta will be;
= (0.01 * 1 ) + ( 0.01 * 1.3) + ( 0.98 * 2)
= 1.98
Even if the stock with the highest beta had an advantage of weighing such a high figure, it it mathematically impossible for the portfolio beta to be higher than it.
