The defective rate per hour for a machine is 0.0148 or it can be said that the defective rate per hour for a machine is 1.48%.
<h3>What is the defective unit?</h3>
A unit is considered faulty if it has one or more flaws. The quantity of defective units is typically counted during inspections. Many people prefer to use the word "nonconforming units" to make it clear that just because a unit doesn't satisfy the requirements doesn't mean it is ineligible for use.
Given,
Total Production per hour = 2500
Defective unit per hour = 37
Calculation of Defective units rate per hour = Defective unit per hour divided by the Total Production per hour and multiply by 100.
Defective Unit rate per hour = 37 x 100/2500 = 1.48%
Thus, the defective unit per hour rate is 1.48% or 0.0148. The quantity of defective units is typically counted during inspections.
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The Differentiation strategy is used by the investment firm in standing out in the industry.
<h3>What is Michael Porter
strategy? </h3>
A strategy is defined by Porter as a competitive position that is deliberately chosen as a different set of activities to deliver a unique mix of value.
The Generic Strategies model of Michael Porter includes:
- Cost Leadership
- Differentiation
- Focus.
These strategy are important because they provide an options for organizations to gain competitive advantage.
In conclusion, the Differentiation strategy is used by the investment firm in standing out in the industry.
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Answer: Rightward shift in the demand curve.
Explanation:
If the number of buyers in a particular market for a good increases then as a result demand for that good also increases and there is a shift in the demand curve for that good because demand for a good is also determine by the number of buyers in a market. So, there is an increase in the equilibrium price level and in the level of output.
Answer:
0.34
Explanation:
Calculation to determine what The manufacturing cycle efficiency (MCE) was closest to:
First step is to calculate the Throughput time using this formula
Throughput time = Process time + inspection time + move time + queue time
Let plug in the formula
Throughput time=6.1+1.5+4.1+6.2
Throughput time=17.9
Now let calculate the MEC using this formula
MEC = process time / throughput time
Let plug in the formula
MEC=6.1/17.9
MEC =0.34
Therefore The manufacturing cycle efficiency (MCE) was closest to:0.34