Answer: $3.40
Explanation:
Based on the information given in the question, the materials cost per unit will be calculated thus:
First, we'll calculate the completed units which will be:
= 18500 - 1400
= 17100
Ending inventory = 1400 units
Equivalent Production Unit with respect to Material = (17100 x 100%) + (1400 x 100%)
= 18500 Units
Material Cost Per Unit will be:
= Total Material Cost / Equivalent Production Unit
= $62900 / 18500
= $3.40 per unit
The material cost per unit is $3.40
The equilibrium point in a competitive market exists at the point of optimal market efficiency.
<h3>What is competitive market?</h3>
A competitive market exists a term in economics that guides to a marketplace where there exist a large number of buyers and sellers and no single buyer or seller can influence the market. Competitive markets have no obstacles to entry, lots of buyers and sellers, and homogeneous products.
In economics, especially general equilibrium theory, A perfect market also understood as an atomistic market, is determined by several idealizing requirements, collectively anointed perfect competition or atomistic competition.
No, the monopoly can never be additional efficient than the perfectly competitive market because the competitive market exists at the point of optimal market efficiency and the monopoly will deliver at the point where the MR and the MC stand equal. here the market has the excess capability and a dead weight loss.
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A byzantine is a person who belonged to the byzantine empire, also called the eastern roman empire.
The manager of a supermarket would like to know which of several quality problems to address a tool that would be most helpful would be a Pareto chart.
A Pareto chart is a form of a graph with both bars and a line graph, where the bars reflect individual values in descending order and the line the cumulative total. The chart is called after the Pareto principle, which takes its name from renowned Italian economist Vilfredo Pareto.
The Pareto chart's goal is to draw attention to the most significant among a group of (usually several) components. Pareto charts can be used in quality control to identify the flaws that need to be fixed first in order to see the biggest overall improvement.
It frequently reflects the most frequent causes of faults, the most prevalent kind of defect, the most common causes of customer complaints, and so forth. For each bar in the Pareto chart, Wilkinson (2006) developed a method that generates statistically based acceptability limits (akin to confidence intervals).
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