Answer:
PLAN A:
(120 * 0.39) + (40 * 0.19) + 20 = $74.40
PLAN B:
(120 * 0.49) + (40 * 0.14) + 20 = $84.40
PLAN C:
$20 + $75 = $95 ;
PLAN A is optimal from 0 to 192 minutes
PLAN C is optimal from 192 minutes onward ;
Explanation:
PLAN A :
Service charge = $20
Daytime = $0.39 per minute
Evening = $0.19 per minute
PLAN B :
Service charge = $20
Daytime = $0.49 per minute
Evening = $0.14 per minute
PLAN C :
Service charge = $20
225 minutes = $75
Minutes beyond 225 = $0.36 per minute
A.)
Determine the total charge under each plan for this case: 120 minutes of day calls and 40 minutes of evening calls in a month.
PLAN A:
(120 * 0.39) + (40 * 0.19) + 20 = $74.40
PLAN B:
(120 * 0.49) + (40 * 0.14) + 20 = $84.40
PLAN C:
$20 + $75 = $95
b. If the agent will use the service for daytime calls, over what range of call minutes will each plan be optimal?
PLAN A:
20 + 0.39D = 95
0.39D = 95 - 20
D = 75 / 0.39
D = 192.31
Answer:
Option C: Influence the market price of the good as it sells
Explanation:
Market Power is simply when a firm is able to raise price above the equilibrium level by not and without losing all of its customers. It depends on largely on the closeness of substiutes.
A firm has market power if it can Influence the market price of the good as it sells to its customer and can regulate it when necessary.
How much consumers would be willing to pay for a new product
Answer:
a) 7% as their market price will adjsut to give the same yield as the market
b) bond P = -10.17
bonds D = 10.07
Explanation:
we have to calcualte the price variation of the bonds from now (10 years to maturity) to next year (9 years)
Bond P
C 90.000
time 10
rate 0.07
PV $632.1223
Maturity 1,000.00
time 10.00
rate 0.07
PV 508.35
PV c $632.1223
PV m $508.3493
Total $1,140.4716
then, at time = 9
C 90.000
time 9
rate 0.07
PV $586.3709
Maturity 1,000.00
time 9.00
rate 0.07
PV 543.93
PV c $586.3709
PV m $543.9337
Total $1,130.3046
Capital loss: 1,130.30 - 1,140.47 = -10.17
We repeat the process for bond D
C 50.000
time 10
rate 0.07
PV $351.1791
Maturity 1,000.00
time 10.00
rate 0.07
PV 508.35
PV c $351.1791
PV m $508.3493
Total $859.5284
C 50.000
time 9
rate 0.07
PV $325.7616
Maturity 1,000.00
time 9.00
rate 0.07
PV 543.93
PV c $325.7616
PV m $543.9337
Total $869.6954
Capital gain: 869.70 - 859.53 = 10.07
Answer:
$176 million
Explanation:
The calculation of net cash inflows from financing activities is shown below:-
Net cash inflows from financing activities
Proceeds from issuance of preferred stock $254 million
Proceeds from issuance of subordinated bonds $292 million
Less: Cash dividends paid on preferred stock (86) million
Less: Cash paid to retire note ($112) million
Less: Common shares acquired for treasury (172) million
Net cash inflows from financing activities $176 million
The positive sign represents the cash inflow and the negative sign represents the cash outflow