Year Annual cost PV factor at 12% Present value
1 $1,800,000 0.893 $1.607,400
2 $1,800,000 0.797 $1,434,600
3 $1,800,000 0.712 $1,281,600
4 $1,800,000 0.636 $1,144,800
5 $1,770,000 0.567 $1,003,590
6 $1,740,000 0.507 $882,180
7 $1,710,000 0.452 $772,920
8 $1,680,000 0.404 $678,720
9 $1,650,000 0.361 $595,650
10 $1,620,000 0.322 $521,640
Present worth $9,923,100
Answer:
The rate at which money circulates through an economy.
Explanation:
In Macroeconomics, the term velocity refers to the speed at which money circulates in an economy, and it is a variable in a fundamental macroeconomic equation, the quantity theory of money equation:
M x V = P x T
Which states that the price of goods and services is equal to the amount of money in an economy, or its money supply (M) multiplied by the Velocity of circulation of money, which is in turn equal to price (P) multiplied by the number of transactions (T).
Answer:
1. Supervisors fit in the middle level of the organization pyramid.
2. A major trend that is changing the role of the supervisor at that level is the concepts of mentoring, coaching, and staff training. The supervisor's role is expanding to include these activities that will ensure process improvement, enforce adherence to organization's rules, and enable improved cross-functional relationships.
Explanation:
Primarily, supervisors are known to motivate employees, direct the activities of others, select the most effective communication channel, and resolve conflicts among team members. However, the changing trend now views the supervisor as an educator, sponsor, coach, counselor, and director. Therefore, the supervisor is expected to deplore all his skill-sets, including effective communication in combination with daily conflict resolution, transformational leadership, critical thinking, interpersonal relationship, time and priority management, and problem-solving skills.
Answer:
The answer is 6.72%
Explanation:
Calculating the imputed rate from a discount bond as follows:
( 1 + i )^n = FV / PV
( 1 + i )^3 = FV / PV, here FV= 1000 and PV= 727.25
so putting values in equation we have:
( 1 +i )^3 = 1000 / 727.25
( 1 + i )^3 = 1.375
solving for i
( 1 + i) = 1.375^1/3
( 1 + i ) = 1.112
i = 0.112 before tax rate
0.112 * (1 - tax rate) = after tax interest rate
0.112 * .60 = 0.0672 = 6.72%
thus the expected after tax cost of this debt issue is 6.72%
