Answer:
d. beta did a better job of explaining the returns than standard deviation
Explanation:
Beta measures the systemic risk associated with the particular investment, it do not compute the total risk associated, which is more logical.
Standard deviation computes the total risk associated.
Some risk is natural, like the risk of floods, natural calamities, earthquake, etc:
That risk shall not counted as for comparison as that is associated universally. Further, the risk associated with particular factors like bankruptcy of a company, or some legal case issue of a company are precisely described by beta coefficient.
Thus, beta provides better details about explaining the returns.
Answer:
d. blind
Explanation:
The Johari window label is used to provide an explanation of the relationship between employers and employees. It gives an explanation of some psychological issues that inform the behavior of these two groups. The quadrant of the Johari window labeled <em>blind reveals what the employer knows about the employee, but the employee does not know that about himself due mostly to a lack of self-awareness.</em> This is the case between Billy and his employer who knows about his ability to pitch a deal, but which Billy is not so confident about.
The employer could help Billy overcome the problem of lack of self-awareness by encouraging him to reveal information about himself.
Answer:
d) $3,920
Explanation:
The computation of the borrowed amount is shown below:
= Beginning cash balance + expected cash receipts - expected cash disbursements - minimum monthly cash balance
= $5,480 + $56,200 - $60,600 - $5,000
= $3,920
We easily add to the starting cash balance the estimated cash receipts and deducted the expected cash disbursements and the minimum monthly cash balance, in order to get the correct value
Answer:
B) Smaller Than 1
Explanation:
Snell's Law states that the ratio of the sines of incidence and refraction is equal to the ratio of the phase of velocities in the two phases. When light travels from a rarer medium like air to a denser medium like water, the light would be refracted towards the normal line. For example, the refractive index of air with respect to glass is represented as;
<em>sin i / sin r</em>
If light rays travel from glass which is a denser medium to a rarer medium which is air, the light rays would bend away from the normal line, and then the angle of refraction would be greater than the angle of incidence. So, the refractive index of the rarer medium which is air with respect to the denser medium which is glass will be smaller than 1.
