Simple answer is efficiency.
More output can be produced if labour specialised and focused on a particular activity.
One due to the time saved from switching tasks and secondly getting better (and faster) at what they do.
This leads to two outcomes.
1. Lower average costs of production
2. Greater output.
Answer:
C
Explanation:
According to the Consider This box about hypothetical countries Slogo, Sumgo, and Speedo, small differences in economic growth rates make for large differences in real GDP per capita over several decades, assuming the same growth of population for each country.
For small countries ( less population and same growth of population over the years) even small growth rates makes a large change in real GDP per capita over the years.
In general, the people who have the power to select or approve the supplier are referred to as the "buyers". Most of the time, buyers want to go with a supplier who can offer the best product at the cheapest price.
The profit that is gained by the company for selling a unit is equal to the difference between the revenue and total cost. In this item the revenue is given to be $45 and the profit is $10. To answer this item, we let x be the cost such that,
45 - c = 10
Simplifying,
c = 45 - 10
Further simplification will lead us to,
c = 35
Answer: $35.
Answer:
The demand for Jim’s product is elastic
Explanation:
In this question, we are to calculate the price elasticity of demand for the product.
We proceed as follows;
The formula for calculating elasticity of demand is
e = [(Q2 - Q1) / {(Q1 + Q2) / 2}] / [(P2 - P1) / {(P1 + P2) / 2}]
Here, Q2 = 6000
Q1 = 8000
P2 = $250
P1 = $200
e = [(6000 - 8000) / {(8000 + 6000) / 2}] / [($250 - $200) / {($200 + $250) / 2}]
e = [(- 2000) / 7000] / [(50 / 225]
e = - 1.3
That means absolute value of e is 1.3.
So, as the absolute value of e is more than 1 (i.e., 1.3), that means the demand for the product is elastic.
