Mike could leave lon behind, walk lon home, offer to pay for a taxi or finally he could stay with him.
Answer:
a. Plan I is better is we drive 300 miles in a day.
b. 150 miles.
Explanation:
a. if mileage is 300 then rental charges will be,
Plan I : $36 + 17 cents * miles
$36 + 0.17 * 300 = $41.10.
Plan II : $24 + 25 cents * miles
$24 + 0.25 * 300 = $99.00
Plan I total cost for 300 miles is $41.10 whereas Plan II total cost for 300 miles is $99.00. Plan I is better plan and cost effective.
b. For mileage (m) calculation we will use equation;
Plan I = Plan II
$36 + 0.17m = $24 +0.25m
0.25m - 0.17m = $36 - $24
m = $12 / 0.08
m = 150 miles.
Answer:
An entrepreneur is a person who finds an economic opportunity in the market, and exploits it for his own benefit and the benefit of his employees and constomers by setting up a firm.
Explanation:
Three characteristic of an entrepreneur:
Opportunity seeking: entrepreneurs "scan" the market, seeking for market niches that have not been exploited.
Work-ethic: entrepreneurship is a difficult task, especially during the first years of the company. It demands very long work hours, and the entrepreneur must be willing to do that in order to be successful.
Risk-taking: entrepreneurs should evaluate risk when taking decisions, but they should not be the most risk-averse indidivuals. They have to take risks in certain situations because otherwise, they would not be able to become entrepreneurs at all.
Answer:
b. $ 50,000
Explanation:
Investment cost
720000
Book value of net asset
100000
420000
--------------
520000
Excess
200000
Allocated as follows
Land and equipment 50000
overvaluation of bonds payable 40000
Undervaluation of inventory 60000
Total 150000
Un allocated amount
Goodwill 50000
Total 200000
Answer:
d. six or seven
Explanation:
Given that:
Daily demand for the grip = 3000 units
average waiting time = 0.20 day
processing time = 0.10 day / container
a container holds = 150 grips
percentage of policy used = 10% = 0.10
The objective of this question is to determine the amount of Kanban containers would Jewel require.
the amount of Kanban containers = Demand ( wasting time + processing time)(1+percentage policy)/ amount of container holding
the amount of Kanban containers = 3000( 0.2 + 0.1) ( 1+ 0.10)/ 150
the amount of Kanban containers = 3000 ( 0.30) (1.10)/150
the amount of Kanban containers = 990/150
the amount of Kanban containers = 6.6
SO we can infer that the amount of Kanban containers would Jewel require if a 10% policy variable is used falls within the range of six or seven.
