Answer:
See explanations below
Explanation:
a. Contribution margin per hour
Standard
Selling price $40
Variable cost $20
Contribution margin. $20
Hour per unit. 0.5
Contribution margin per hour $10
Deluxe
Selling price $60
Variable cost. $24
Contribution margin $36
Hour per unit. 1.5
Contribution margin per hour $54
Optimum product mix
Standard 90,000 / 0.5 = 180,000 units
Deluxe. 0
Total. 90,000
Pappy should produce 180,000 units of standard and nil of deluxe.
b. Given the contribution margin per hour of $10 for standard and $54 for deluxe, the optimum product mix would be;
Standard 120,000 × 0.5 = 60,000 hours, 120,000 units
Deluxe 30,000 hours , 30,000/1.5= 20,000 units.
Total hours 90,000 hours
Therefore, Pappy should produce 120,000 units of standard and 20,000 units of deluxe.
Answer:
I think is just be nice like thier pics leave nice comments cause if ur nice to them they might think Oh that was nice I'm gonna follow them and just put cute pics and things that are trendy so people will see them and always stay nice and polite
Explanation:
Answer:
The journal entries are as follows:
(1) Accumulated depreciation - Building A/c Dr. $250,000
To Cash $250,000
(To record the replacement of heating system)
(2) Building A/c Dr. $750,000
To cash $750,000
(To record the new wing)
(3) Maintenance expense A/c Dr. $14,000
To cash $14,000
(To record the maintenance expense)
(4) Equipment A/c Dr. $50,000
To cash $50,000
(To record the new equipment)
Answer:
<em>Miller-bond</em>:
today: $ 1,167.68
after 1-year: $ 1,157.74
after 3 year: $ 1,136.03
after 7-year: $ 1,084.25
after 11-year: $ 1,018.87
at maturity: $ 1,000.00
<em>Modigliani-bond:</em>
today: $ 847.53
after 1-year: $ 855.49
after 3 year: $ 873.41
after 7-year: $ 918.89
after 11-year: $ 981.14
at maturity: $ 1,000.00
Explanation:
We need to solve for the present value of the coupon payment and maturity of each bonds:
<em><u>Miller:</u></em>
C 80.000
time 12
rate 0.06
PV $670.7075
Maturity 1,000.00
time 12.00
rate 0.06
PV 496.97
PV c $670.7075
PV m $496.9694
Total $1,167.6769
<em>In few years ahead we can capitalize the bod and subtract the coupon payment</em>
<u>after a year:</u>
1.167.669 x (1.06) - 80 = $1,157.7375
<u>after three-year:</u>
1,157.74 x 1.06^2 - 80*1.06 - 80 = 1136.033855
If we are far away then, it is better to re do the main formula
<u>after 7-years:</u>
C 80.000
time 5
rate 0.06
PV $336.9891
Maturity 1,000.00
time 5.00
rate 0.06
PV $747.26
PV c $336.9891
PV m $747.2582
Total $1,084.2473
<u />
<u>1 year before maturity:</u>
last coupon payment + maturity
1,080 /1.06 = 1.018,8679 = 1,018.87
For the Modigliani bond, we repeat the same procedure.
PV
C 30.000
time 24
rate 0.04
PV $457.4089
Maturity 1,000.00
time 24.00
rate 0.04
PV 390.12
PV c $457.4089
PV m $390.1215
Total $847.5304
And we repeat the procedure for other years
Answer:
The stock current intrinsic value is: $39,46
Explanation:
We solve using the gordon model for dividend growth to valuate the price of the stock:

d0 = 2.50
d1 = 2.50 x 1.03 = 2.575

Value: 42,91666666666667
This value is three years therefore, we need to discount:

Maturity $42.9167
time 3.00
rate 0.09000
33.1395
We also have to calcualtethe present value of the first, second and third year dividends
discount rate 0.09
# Cashflow Discounted
1 2.5 2.29
2 2.5 2.1
3 2.5 1.93
PV 6.32
We ad this to the PV of the infinite future dividends growing at 3%
6.32 + 33.1395 = 39,4595