The answer would be B because demand would increase, therefore if there are more consumers there will be less product as people keep buying (therefore p decreases)
The minimum price that the barber must charge <em>to increase his salary to $4,000</em> for each of the 200 haircuts is <em>A. $25.</em>
Data and Calculations:
Charge per haircut = $20
Total cost per month = $4,000
Monthly salary = $3,000
Other costs per month = $1,000 ($4,000 - $3,000)
Minimum number of haircuts per month = 200
Expected monthly salary per month = $4,000
Total new monthly expenses = $5,000
Minimum price to charge per haircut = $25 ($5,000/200)
Thus, the minimum price that the barber must charge <em>to increase his salary to $4,000</em> without increasing the number of haircuts is $25.
Learn more: brainly.com/question/14872023
Answer:
the labor efficiency variance is $35,244 favorable
Explanation:
The computation of the labor efficiency variance is shown below:
As we know that
Efficiency Variance is
= Standard rate × (Standard hours - Actual Hours)
= $13.20 × (9.4 ×1,050 units - 7,200 hours)
= $13.20 × (9,870 hours - 7,200 hours)
= $35,244 favorable
hence, the labor efficiency variance is $35,244 favorable
Answer:
(b) The candidate will be involved in setting up an independent division with responsibility for robotic equipment production and marketing.
Explanation:
- As an area of global marketing deals with the setting up of strategies for the development of marketing plans for the company. By adjusting the strategies that are well suited to other countries form a global point of view.
- Hence the candidates that come from the different locations will be more interested in setting up divisions that look after the promotion and distribution of products, people and processes to deliver good results.
- As it lowers market casts, it has the ability to leverage ideas more easily and quickly and helps the company create an international customer base.
