Which kind of stock would you expect to pay the higher average return: stock in an industry that is very sensitive to economic conditions (such as an automaker) or stock in an industry that is relatively insensitive to economic conditions (such as a water company)? Why?
People invest in stocks to earn higher returns. The return is the money one is eligible to receive on the investment made. But each investment involves an element of risk – the risk is that one may lose some or the entire money one invests. An investment generally offers a balance between risk and return. But as a general rule, higher is the risk; higher are potential returns and vice-versa.
A stock in an industry (say automaker industry) that is very sensitive to economic conditions involves an element of greater risk while a stock in an industry that is relatively insensitive to economic condition involves less degree of risk. As such investment in such industry is bound to give higher returns than an industry (say Water Company) that is relatively insensitive to economic condition.
Which kind of stock would you expect to pay the higher average return: stock in an...
Which kind of stock would you expect to pay the higher average return: stock in an industry that is very sensitive to economic conditions (such as an automaker) or stock in an industry that is relatively insensitive to economic conditions (such as a water company)? Why?
which of the following would you expect to have a higher melting
point? explain why
3. Which of the following would you expect to have the higher melting point? Explain why. (3 marks - 1 for the answer, 2 for the explanation) CI OH
Suppose you are thinking of purchasing the stock of TTYL Widget, Inc. You expect it to pay a $3.00 dividend in one year. You believe you can sell the stock for $21.00 at that time. You require a return of 15% on investments of this risk. What is the maximum you would be willing to pay? Suppose you are thinking of purchasing the stock of TTYL Widget, Inc. In addition to the dividend and price from year one you expect it to pay a $3.30...
Question 7 (1 point) What price today would you expect to pay for a stock with 13 percent required rate of return, a constant dividend growth of 4%, and an annual dividend of $2.50 which will be paid one year from today? A) $27.78 B) $30.28 C) $31.10 D) $28.88 Save
Which of the following polymers would you expect to have a higher glass transition temperature? Explain why and assume equal degrees of polymerization. a. -[CH2CH2NH]- b. -[CH2CH2O]-
Would you expect the pH at the equivalence point to be higher,
lower or the same? Explain.
3. If the weak acid titration was repeated with the same weak acid used in this experiment but 150 ml of distilled water was added to the beaker instead of 80 ml, would you expect the pH at the equivalence point to be higher, lower, or the same? Explain.
please help
Which of the following would you expect to have the higher boiling point? WHY? H 1 H : Br: H LH or sc H N: C C HH Br: innoint? In your answer explain
Which kind of monetary policy would you expect in response to high inflation: expansionary or contractionary? Group of answer choices either could be deployed contractionary neither expansionary
1. Which one of the following two compounds would you
expect to have a higher solubility in liquid CO2. Explain your
reasoning in a few sentences:
2. Explain why percent recovery is utilized in the CO2
extraction of Eugenol as opposed to a theoretical yield. Limit
yourself to 1-3 sentences.
3. List 3 signals that should be observed in the IR
spectrum of Eugenol (whose structure is shown to the right).
4. In your own words, explain the purpose of...
PLEASE answer all of the following. Thank you! Marsha Corporation is expected to pay a $3.08 dividend in the coming year. Based on past experience Marsha’s management is expected to increase this dividend by 4% per year forever into the future. You look at the type of industry Marsha is in and determine that an 8% return is reasonable. Using this information, at what price should Marsha’s stock be trading in the market? Using the data in the previous problem...