Answer:
$7,140 unfavorable
Explanation:
The computation of the materials quantity variance for March is shown below;
We know that
Material Quantity Variance = Standard rate × ( Standard Quantity for actual production - Actual Quantity Used)
=$5.25 × ([4,800 units × 1.5 pounds per unit] - (10,700 - 2,140)
=$5.25 × (7,200 pounds - 8,560 pounds)
= $7,140 unfavorable
A Management Science Perspective is a management perspective that originated after World War II and used mathematics, statistics, and other quantitative tools to managing challenges.
Management science, often known as mathematical or quantitative measurement, sees management as a logical entity whose actions may be described in terms of mathematical symbols, connections, and measurement data.
The mathematical model is the key emphasis of this technique. This device may represent management and other challenges in fundamental relationships, and if a specific goal is sought, the model can be expressed in terms that optimize that goal. This method borrows heavily from decision theory and, in fact, provides several ways for rational decision-making.
Therefore, the answer is management science perspective.
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The answer to the question is (B) least preferred coworker scale.
Fiedler uses this for his contingency leadership model, which describes how the best leader is the ones who showcased the best behaviors to manage the circumstances that he or she finds themselves in.
The LPC (least-preferred coworker scale) <u>measures an individual’s leadership orientation, where high scores have high human relations orientation and low scorers have high task orientation.</u>
Answer:
the number of containers that should be used is 1.67 containers
Explanation:
The computation of the number of containers that should be used is as follows;
= Annual demand × time × (1 + inefficiency factor) ÷ holding pieces
= 71 × 0.83 × (1 + 0.16) ÷ 41
= 1.67 containers
Here The time is converted from minutes to hour i.e
= 50 minutes ÷ 60 minutes
= 0.83
Hence, the number of containers that should be used is 1.67 containers
A former “supercontinent” on the Earth. In the distant past a large landmass, Pangaea, included all the present continents, which broke up and drifted apart.
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