Answer:
2.33; the demand for movies is elastic
Explanation:
Below is the calculation for price elasticity of demand:
= (change in quantity demanded ÷ average of quantity demanded) ÷ (percentage change in price ÷ average of price)
Here, the change in quantity demanded is defined as
= Q2 - Q1
= 30 - 15
= 15
The average quantity demanded is
= (30 + 15) ÷ 2
= 22.50
The change in price is computed as
= P2 - P1
= $8 - $6
= $2
And the average price is
= ($8 + $6) ÷ 2
= 7
Thus, after computing, the result for price elasticity of demand is 2.33
As we were not instructed on the method for calculation, the mid-point formula was utilized.
From this calculation, we deduce that the demand for movies is indeed elastic.
Answer:
Instructions are provided below.
Explanation:
To start, we must determine the predetermined overhead rate:
Predetermined manufacturing overhead rate= total estimated overhead expenses for the period/ total allocation base amount
Predetermined manufacturing overhead rate= (680,000/80,000) + 0.5
Predetermined manufacturing overhead rate= $9 for each direct labor hour
Next, let’s find the total cost for Xavier:
Direct Material $38,000
Direct Labor Cost $21,000
Direct Labor hours worked 280
Total cost= direct materials + direct labor + allocated overhead
Total cost= 38,000 + 21,000 + 280*9
Total cost= $61,520
Answer:
The real exchange rates calculated are 4.5 and 3
Explanation:
We understand that
Real exchange rate = Nominal exchange rate × (Basket cost in US ÷ Basket cost in Norway)
Utilizing this formula, the calculation proceeds as follows:
For a nominal exchange rate of 3, the real exchange rate is calculated as follows:
= 3 × (60 ÷ 40)
= 4.5
For a nominal exchange rate of 2, the real exchange rate is:
= 2 × (60 ÷ 40)
= 3
