Answer: Capital investment in new machinery
Capital investment in new machinery enables a company to produce more over a given period of time as compared to the old machine.
It also helps the company to take advantage of new orders in the markets and helps it increase its share in catering to the demand for its products
Answer:
(A) True
Explanation:
Differential cost is the difference between the cost to produce Product O and produce Product P; in this case it’s the additional cost of $13 per pound to produce
So the statement “The differential cost of producing Product P is $13 per pound” is true
The factors of absenteeism, low productivity, and job dissatisfaction when considering forces of change are collectively known as A. Human resource concerns.
<h3>What are human resource concerns?</h3>
These are all the related factors that affect the labor and workforce of an organization.
Some examples include job dissatisfaction, and low productivity. There are also issues of absenteeism amongst staff. These factors need to be considered when trying to instill change in the workforce.
In conclusion, option A is correct.
Find out more on human resources at brainly.com/question/10583893.
Answer:
The correct answer is letter "A": industry-wide differentiation strategy.
Explanation:
An industry-wide differentiation strategy aims to broaden the scope of a business that is specially dedicated to the retail of products of a certain industry. The company keeps focusing on the same industry but supplying more related products consumers their typical consumers are likely to purchase. Part of the strategy implies reaching new markets, thus, investment in new locations might be necessary.
Answer: The options are given below:
A. $18.00
B. $1,036.80
C. $2.00
D. $7.20
E. $64.00
The correct option is D. $7.20
Explanation:
From the question above, we were given:
Annual demand = 100,000 units
Production = 4 hour cycle
d = 400 per day (250 days per year)
p = 4000 units per day
H = $40 per unit per year
Q = 200
We will be using the EPQ or Q formula to calculate the cost setup, thus:
Q = √(2Ds/H) . √(p/(p-d)
200=√(2x400x250s/40 . √(4000/(4000-400)
200=√5,000s . √1.11
By squaring both sides, we have:
40,000=5,550s
s=40,000/5,550
s=7.20