Answer:
c. The statement is false because the demand for incandescent light bulbs would increase as the price of compact fluor. light bulbs fell.
Explanation:
If improvements in production technology reduce the price of incadescent light bulbs, the normal thing that would happen is that demand for this good would increase, because now people will be able to buy the good at a lower price.
The answer is "<span>economic risks".
</span><span><span>
</span><span>Economic risk</span><span> is the possibility
that macroeconomic conditions like trade rates, government direction, or
political security will influence a venture, typically one in a remote nation.
Beside the business hazard related with making the plant profitable, the
semi-conductor company is open to economic risk.</span></span>
Answer:
b. The refusal has an anti competitive effect on the market.
Explanation:
When a company that sells certain products fails to sell same to a retailer who deals in same products, such is said to have anti competitive effect on the market. The aim is to reduce competition in the market.
This type of refusal would always lead to price fixing, boycott.etc. When there is price fixing, it would lead to customers being unable to buy the product due to high price.
Products that are evenly distributed and not selective would increase competition in the market place such that customers would be able to purchase such product in any retail shop that sells the products.
Answer:
(Q, R) = (1555, 1400)
shortage imputed = $0.388
Explanation:
Lot size-reorder point system is one of the multi period models. This system is denoted by decision variables (Q, R). This multi period model is implemented when there is uncertain demand in inventory control.
nevertheless, in the simple EOQ model, demand is known and fixed. But when the demand is random, these lot size-reorder point (Q, R) systems allow random demand.
There are two decision variables in a (Q, R) system:
Order quantity, Q and
Reorder point, R
Additional steps are attached as files
Answer:
The answer is: 1,375 balloon bundles
Explanation:
We can calculate how many balloon bundles must be sold using the following formulas:
- contribution margin per unit = Selling price per unit – Variable cost per unit
- Units = (Fixed costs + Target profit) / (contribution margin per unit)
Contribution margin per unit = $10 - $2 = $8
units = ($5,000 + $6,000) / $8 = $11,000 / $8 = 1,375 units
