Answer:
It should replace the equipment
Explanation:
continue replace Differential
Proceeds from sale - 8,500 8,500
Cost
purchase - -110,000 -110,000
cost savings (5 years) 115,000 115,000
Total cost - 5,000 5,000
Net - 13,500 13,500
Because of the law of supply and demand. If the economy needs more things to be produced and you can't produce them, then that's bad for the economy, and if you're producing way more than what can be sold then that's bad for the economy too. Being efficient is great for the economy and the GDP.
Answer:
a. $6,763.40
Explanation:
The computation of the selling price is shown below:
But before that the predetermined overhead rate is
For machining
= ($102000 ÷ 17,000) + $1.70
= $7.7 per machine hour
For fabrication
= ($61200 ÷ 6000) + $4.10
= $14.30 per labour hour
Now the selling price is
Direct material ($720 + $380) $1,100
Direct labor ($900 + $1,500) $2,400
Machining department overhead (7.7 × 80) $616
Fabrication department overhead (50 × 14.3) $715
Total manufacturing cost $4,831
Markup 40% $1,932.40
Selling price $6,763.40
Answer: E. development of the good or service to be sold
Explanation:
The typical starting point of any firm's marketing mix is the development of the good or service to be sold. The marketing mix is simply a mix of the marketing strategies that are vital to achieve marketing aims and increase sales.
It should be noted that marketing mix begins with the product and without this, distribution, pricing and the promotion are not relevant.
Answer:
a. The answer is:762 bottlé.
b. The answer is: 487 bottles.
Explanation:
a. The economic order quantity is calculated as: = = 762 units because: D = annual demand = Weekly demand x week opening per year = 134 x 52 = 6968; S = Cost per order = 25; H = Holding cost per unit = 15% x purchase price = 15% x 4 = 0.6
b. Inventory level to place order:
With the inventory system providing a 95 percent service probability, z level is 1.64 (using the NORM.S.INV function in excel).
So Inventory level to place order = 134 * 3 + 1.64 * 30 * 3^0.5= 487 bottles.