Antipoverty programs that are set up so that the number of government benefits will decline substantially as poor people earn more income typically create a <u>poverty trap.</u>
What is the Poverty trap?
A "poverty trap" is a collection of self-reinforcing factors that causes nations to start out poor and stay that way. Because poverty breeds poverty, existing poverty directly contributes to future poverty.
In the United States, poverty traps are areas, counties, or localities with chronic institutional and economic issues that result in persistently high rates of poverty. Residents are frequently stuck in unfavorable situations where there is no chance for advancement or economic progress.
The majority of nations are enjoying some growth, and poor people don't seem to have significantly different income dynamics from those who earn more, which shows that poverty traps are not common at either the national or individual level.
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Answer:
$953 per unit
Explanation:
For computing the average cost per unit first we have to determine the operating capacity at 85% after that the total cost which is shown below:
Operating capacity at 85% is
= 300 computers × 85%
= 255 computers
Now the total cost is
= Variable cost + Fixed cost
where,
Variable cost is
= $660 × 255 computers
= $168,300
And, the fixed cost is $74,700
So, the total cost is
= $168,300 + $74,700
= $243,000
Now the average cost per unit is
= $243,000 ÷ 255 computers
= $953 per unit
The dimensions of the cylinder can be used to minimise cost of manufacture.
<h3>How to we find minimised cost?</h3>
Let's ignore the metal's thickness and assume that the material cost to manufacture is precisely proportionate to the surface area of a perfect cylinder.
A=2πr(r+h)
Given that V=1000=r2h and h=1000=r2, we can write
A=2πr(r+1000πr2)
A=2πr2+2000r−1
By setting the derivative to zero, we may determine the value of r that minimises A:
A′=4πr−2000r−2
0=4πr−2000r−2
2000r−2=4πr
2000=4πr3
r=500π−−−√3
r=5.419 + cm
h=1000πr2=10.838 + cm
The can with the smallest surface area has a volume of 1000 cm 3 and measures 5.419+ cm in radius and 10.838+ cm in height. The can has a surface area of 553.58 cm 2. Given a constant volume, the cylinder with diameter equal to height has the least surface area.
Can surface area (cm2) versus. radius (cm), where capacity = 1000cm 3.
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