Answer:
Penetration Pricing Strategy
Explanation:
The reason is that the penetration strategy is used when the product that the company wants to offer to its customers has very little or no differentiation, which is the case here. It is also helpful in promoting the product as the product is sold at lower prices helps to attract potential customers to buy the product. So setting a penetration price is itself a promotion strategy as well.
Answer:
False. Markets can sometimes fail to reach efficiencies when there are externalities, public goods, monopoly, or serious information asymmetries
Explanation:
Invisible hand (effective allocation of resources in a laissez faire economy) sometimes works because when market function effectively and send correct price as signal of values (to society) to producers.
However, when goods can't be traded on markets (public goods) or its values are not correctly reflected on markets (externalities, information asymmetries) or competition is not ensured (monopoly), markets cannot ensure effective allocation of resources.
Answer:
70years
Explanation:
The future value formula for compound interest, after n interest period is
where i is the interest rate per period in decimal form and P is the principal or present value.
The Rodriquez family is determined to purchase a $250,000 home so
F=$ 250,000
The family plans to save $2,500 a quarter for this purpose and expects to earn 6.65 percent.
This implies that:
For t years, the number of compounding periods will be;
We fixed the values into the formula and solve for t.
It will take approximately 70years
Answer:
$30,000
Explanation:
Warranty liability is a liability account used to report the expected amount of repairing or replacing products already shipped. It's a contingency liability and it should be recorded independently from the actual warranty costs. Therefore, warranty liability, in this case, is:
$600,000 * 0.05 = $30,000
The estimated warranty liability reported in the balance sheet this year is $30,000
Answer:
3.5 customers
Explanation:
The computation of the average number of customers in the system is shown below:
= (Arrival rate) ÷ (Service rate - arrival rate)
= (210 customers) ÷ (270 customers - 210 customers)
= (210 customers) ÷ (60 customer)
= 3.5 customers
We simply apply the average number of customers formula so that the correct value can come
All other information which is given is not relevant. Hence, ignored it
