The most desirable bundle of rights in time-sharing gives the buyer privileges to rent or sell the interest in the property. These rights are known as Livery of Seisin. Livery of Seisin refers to owning something and having the right to sell it. When a consumer owns a time-share, they have the rights to rent or sell the property during their allotted time during the year they have the property.
Answer:
The correct answer is letter "C": delay until further clarity emerges.
Explanation:
American Professor Alfred A. Marcus (born in 1950) in his book "<em>The Future of Technology Management and the Business</em>" (2015) explains hedging could be a strategy to protect companies in front of the rapidly changing environment they face because of the constant introduction to technology in the market. According to Marcus, there are five (5) hedging strategies firms could implement:
- Gamble on the most probable: <em>work on the product with the highest success rate.
</em>
- Take the robust route: <em>invest in as many products as possible.
</em>
- Delay until further clarity emerges: <em>waiting for a proper moment to react in front of market changes.
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- Commit with a fallback: <em>adapt according to the market.
</em>
- Try to shape the future: <em>innovate.</em>
Answer:
Full body = $132
For trouble spots = $180
Explanation:
The computation of contribution margin per hour is shown below:-
For Full body
Contribution per service = $198
Massage time required in minutes = $90
Massage time required (90 min ÷ 60 min) = $1.5
Contribution per hour = $198 × $1.5
= $132
For Trouble spots
Contribution per service = $90
Massage time required in minutes = $30
Massage time required (30 min ÷ 60 min) = $0.5
Contribution per hour = $90 × $0.5
= $180
Answer:
A. D1 = 1.50*1.06 = 1.59
D2 = 1.59*1.06 = 1.69
D3 = 1.69*1.06 = 1.79
B. PV of D1=(1.50*1.06)/1.13^1=1.41
PV of D2=(1.50*1.06^2)/1.13^2=1.32
PV of D3=(1.50*1.06^3)/1.13^3=1.24
PV of all dividend = (1.50*1.06)/1.13^1 + (1.5*1.06^2)/1.13^2 + (1.5*1.06^3)/1.13^3
PV of all dividend = 1.59/1.13 + 1.6854/1.2769 + 1.786524/1.442897
PV of all dividend = 1.407079646 + 1.319915 + 1.238150748
PV of all dividend = 3.965145814288893
PV of all dividend = 3.97
C. PV = 27.05/(1+13%)^3
PV = 27.05/(1.13)^3
PV = 27.05/1.442897
PV = 18.74701
PV = 18.75
D. The most you should pay for it
:
= (1.50*1.06)/1.13^1+(1.5*1.06^2)/1.13^2+(1.5*1.06^3)/1.13^3+27.05/1.13^3
=22.71
E. Value = (1.50*1.06)/(13%-6%)
Value = 1.59 / 7%
Value = 1.59 / 0.07
Value = 22.714286
Value =22.71
F. No, the value is not dependent on the holding period, you can see from above that the value of infinite time period estimated in E equals to the value calculated when there was 3 years holding period.
Answer:
Number of vehicles to be sold to reach break-even point is 200,000 unit
Explanation:
<em>Computation of Dealer’s Discount:
</em>
Dealer Discount = MSRP * Rate of Discount
=$30,000×10%
=$3,000
<em>Computation of net selling Price: </em>
Net Selling Price = MSRP - Dealer ′
s Discount
=$30,000 - $3,000
=$27,000
<em>Computation of Contribution Margin: </em>
Contribution Margin = Net Sales - Unit Cost
=$27,000 - $20,000
=$7,000
<em>Compute the number of units to reach break-even point for Firm X.</em>
Break-even point = Fixed cost / Contribution per unit
=$1,400,000,000 / $7,000
=200,000 units
Therefore, number of vehicles sold to reach break-even point is 200,000.
Nb: MSRP means manufacturer's suggested retail price
