Answer:
E) If two firms differ only in their use of debt-i.e., they have identical assets, sales, operating costs, interest rates on their debt, and tax rates-but one firm has a higher debt ratio, the firm that uses more debt will have a lower profit margin on sales.
Explanation:
Firms that are highly leveraged, i.e. have a lot of debt, have higher costs due to interests that must be paid, so their profit margins are smaller, and their return on assets is also lower, and their risk is much higher also.
But the benefit is that the return on equity is much higher. A greater amount of debt means lower amount of equity, so any profits made must be divided by a smaller amount of stocks or smaller amount of capital invested.
Answer:
The Ohio State studies
Explanation:
A Leader is someone in a group that is straddled with the task of directing task-relevant group activities or, in the absence of a chosen leader, carrying the primary responsibility for performing the above functions in the group.
The Ohio's research/ studies carried out focus on Behavioral approach which was begun by researchers at Ohio State University. Its Leadership theory focus on the kinds of behavior engaged in by people in leadership roles and identified two major types which are consideration and initiating structure. Consideration as a type of behavior identified in the Ohio State studies are behavior showing mutual trust, respect, and a certain warmth and communication between the supervisor and group.
Answer:
Part A. Compute the probability that operator of the hotel is busy.
The call arrives at Lynn Ann Hotel at the rate of 2/min.
Therefore, 2 min = 120 customers per hour
Thus, the call is serviced by the operator at a rate of 20 seconds per customer.
Therefore,
P = 180 customers per hour
Probability that the operator will be busy:
P = λ / µ
P= 120 / 180
P = 0.67
Therefore, the probability that the hotel operator is busy is 0.67 hours
Part B. Determine the average time customer must wait:
= λ / µ (µ - λ)
= 120 / 180(180 - 120)
= 120 / 180(60)
= 120 / 10,800
= 0.011
Thus, the average wait time for the customer is 0.011 hours
Part C. Determine the average number of call waiting:
= λ^2 / µ (µ - λ)
= 120^2 / 180 (180 - 120)
= 14,400 / 180 (60)
= 14,400 / 10,800
= 1.33
Thus, the average waiting call to be answered is 1.33 hours
1. if any company run their business digitally they can get update information about their business and get immediate decision
2. IS provide time consuming product supplying system
3. company seen customer comments in their site
Answer:
c. Hard Codes in Blue, Formulas in Black
Explanation:
The color schemes that shows the best practice for the financial modelling is as follows;
Blue - inputs or hard coded data like historical values, etc
Black - formulas, calculations to the same sheet
Green - formulas, calculations to the other sheet
So the option c is correct
And, the rest of the options are incorrect
