The advantages of entrepreneurship include the ability to shape one's own business, control of one's own working habits, and significant stock in the venture. Disadvantages include a lack of guarantee of success and the heightened responsibility of owning a business. Higher take-home pay.
Tax relief on business expenses.
Greater opportunity for tax planning.
Total control of your business and name.
One company for all your business interests.
Limited liability and protection of personal assets.
Answer:
D. Both B and C
Explanation:
Based on the information provided within the question it can be said that you must go to The Building Codes and Building Officials Conference of America. This is where every company must go in order receive the guidelines of the materials that are approved by the government for all development procedures including construction, electrical wiring etc.
Answer:
$32,000
Explanation:
Net advantage = Annual operating cost
Net advantage = [(Old machine - New machine)*10 life] - New machine cost + Old machine cost
Net advantage = [($320000 - $240000)*10] - $800000 + $32000
Net advantage = [($80000)*10 - $768,000
Net advantage = $800,000 - $768,000
Net advantage = $32,000
So, the net advantage of replacing the old machine is $32,000
Answer:
He hires 8 workers
Explanation:
The total cost is $1600 for 5,000 chickens minus the fixed cost of $800, which equals $800. The total cost is total of fixed cost and variable cost as in absence of production the total variable cost is zero so from this we can conclude that total fixed cost is zero.
Then divide the total variable cost ($800) buy what Ralph pays his workers ($100), which comes to 8.
Answer:
Order size = 23 cars
The number of orders = 23
Explanation:
The economic order quantity (EOQ) is the order size that reduces the balance of holding and ordering cost. It is to be noted that at EOQ, the carrying cost is equal to the holding cost.
The EOQ is computed as shown below;
= √ 2 × Co × D)/Ch
Co = Ordering cost
D = Annual demand
Ch = Carrying cost
EOQ = √ 2 × 500 × 529 / 1,000
EOQ = 23
Number of cars to be ordered per time, I.e optimal order size = 23
Order size = 23 cars
2. The number of times orders should be placed per year would be calculated as;
Number of orders = Annual demand / Order size
Number of orders = 529 / 23
Number of orders = 23
