Answer:
The price elasticity of demand is 1.14.
The price is Elastic.
Elasticity is more than one so total revenue will fall.
Explanation:
Given the initial price of good x = $12
Final price of good x = $12.90
% change in price = [(12.90 - 12) / 12] x 100 = 7.5 %
Initial quantity = 5000
Final quantity = 4600
% change in quantity = [(4600 - 5000)/5000] x 100 = -8%
Elasticity = % change in quantity / % change in price
Elasticity = 8% / 7%
Elasticity = 1.14
The price elasticity of demand is 1.14.
The price is Elastic.
Since elasticity is more than one so total revenue will fall.
Answer: 10%
Explanation:
The Capital Asset Pricing Model or CAPM for short can be used to calculate expected return in the following manner,
Expected return = Rf+B(Rm-Rf)
Rf = Risk free rate
B = Beta
Rm= Market return.
Plugging the figures in we have
Expected return = Rf+B(Rm-Rf)
= 0.04 + 1(0.1 - 0.04)
= 0.1
= 10%
Answer: Floating exchange rate
Explanation: The floating exchange rate is a mechanism under which a country's exchange prices are set by the supply and demand-based foreign exchange market compared to other currencies. It compares with a fixed exchange rate, wherein the government decides the rate completely or mainly.
Floating currency regimes mean that lengthy-term currency price movements represent relative economic power and country-to-country rate of interest differences.
A currency that is too high or low may have a negative impact on the country's economy, impacting trade and debt-paying efficiency. The state or banking system would try to take action to bring their currencies towards a more desirable level.
Answer: Positioning strategy
Explanation: In simple words it refers to a marketing strategy under which an organisation tries to spotlight specific areas of operations and qualities in the eyes of customers that they have better in comparison to their competitors.
In the given case, The food brewery is offering its product in a different way than the other participants and is trying their best to highlight that quality.
Thus, we can conclude that they are using positioning strategy.
Answer:
$22
Explanation:
Given that,
Acquisition cost of product ALPHA = $24
Net realizable value for product ALPHA = $23
Normal profit for product ALPHA = $1.00
Market value (replacement cost) for product ALPHA = $21
By applying LCM, the per unit inventory value is determined by deducting the normal profit from the Net realizable value for product.
Per unit inventory value:
= Net Realizable Value - Normal Profit
= $23 - $1.00
= $22
Therefore, the proper per unit inventory value for product ALPHA applying LCM is $22.00.