This question is very broad. It could be attributable to several factors, but mostly the increase in production costs.
Production costs could be transportation, resources, food, rent, basically anything that would go into making a product.
Answer:
$840
Explanation:
Data provided in the question:
Beginning inventory = 30 units @ $120 each
Purchases during the year:
Jan. 15: 34 units at $110
May 30: 61 units at $84
Oct. 20: 160 units at $60
Sales during the year totaled 271 units
Now,
Total inventory before selling = 30 + 34 + 61 + 160 = 285
Inventory left after selling 271 units = 285 - 271 = 14 units
Now,
Under the FIFO method, the units purchased first will be sold first
Therefore,
The price of units left inventory will the price of units purchased last i.e $60
Hence,
The cost of ending inventory = 14 × $60
= $840
Answer:
Sales Incentives
Explanation:
Sales Incentives is a form of sales promotion in which sales personnel are incentivized to expend greater effort selling a specific product or brand. When salesperson is given some kind of incentives for selling a product or service, the amount or benefit paid to him other than his fixed salary is know as Sales incentive. It is paid basically to motivate him for selling the product, or keep him motivated for selling the larger amount of products.
By using the sales incentives company cant not only increase its sales but also can compete with other companies in retail format and overall. When the particular company's sales team will be more motivated by this technique then surely they will gather more traffic towards them and then converting that traffic into sales number.
Answer:
The business should order the inventory 25 times per year in a lot of 100 to minimize the inventory costs.
Explanation:
To calculate the lot size that minimizes the inventory cost, we will calculate the economic order quantity (EOQ) which is the order quantity that a business should order in each order to minimize the inventory related costs. The EOQ can be calculated using the attached formula,
EOQ = √[(2 * 2500 * 20) / 10]
EOQ = 100 packages
The lot size for each order should be 100 to minimize the inventory costs.
We can calculate the number of reorders per year by dividing the total annual demand by the EOQ.
Number of orders = 2500 / 100
Number of orders = 25 times
