The right answer for the question that is being asked and shown above is that: "<span>Brian has some understanding of budgeting. However, a budget does not create more money each month. It just helps him use his money better." That is the best answer among the choices.</span>
Answer:
Answer of each requirement is given seperatly below.
a What is the value of Siebel using the DCF method?
Value under DCF = CF * (1+growth rate)/ (WAAC" -Growth rate)
Putting values (assuming after tax earning is all in cash)
Value of SI = 25 (1+6%)/ 20%-6% = 189 million dollars
"WAAC calculation
Here WAAC is equal to cost of equity (ke) as company is debt free.
so
Ke = risk free rate + beta (risk premium)
= 5 + 2.5 (6) = 20%
b What is the value using the comparable recent transactions method?
Based on recent tansaction the value of siebel incorporated will be calculated as shown below
Value of SI = Profit afte * 10 = 25 * 10 = 250 million dollars
Publicly-traded Rand Technology, a direct competitor of Siebel's sale is taken as bench mark.
c What would be the value of the firm if we combine the results of both methods?
By combining value of both value technique we get 189 + 250 = 439 million dollars.
Answer:
The first type of convergent boundary is Oceanic-Continetal Convergence. This type of convergent boundary happens where an oceanic plate and a continental plate push together causing the oceanic plate to be forced under the continental plate into the mantle because the oceanic plate is thinner. This is called a subduction.
Explanation:
Answer:
(B) Operating income has increased as a percentage of revenue
Explanation:
Conducting a vertical analysis,
Operating income (year 1) = Fees earned, less operating expenses
= 149,700 - 127,245 = $22,455
Therefore operating income as a percentage of revenue = 22,455/149,700 = 15%.
Operating income (year 2) = 153,500 - 122,800 = $30,700
Therefore operating income as a percentage of revenue = 30,700/153,500 = 20%.
Therefore, operating income as a percentage of revenue increased from year 1 to year 2.
Answer:
1) 2 minutes
2) 7 minutes
3) Zero ( 0 ) minutes
4) yes
5) zero ( 0 ) minutes
Explanation:
1) Time required to serve
= 2 minutes
2) The operator will begin processing the fourth customer at 7 minutes
3) The fifth customer will wait in line for zero ( 0 ) minutes
4) Yes the sixth customer will get served right away
5) The average waiting time for the 6 simulated customers is Zero ( 0 )
Attached below is the simulation of the six arrivals