Answer:
Direct labor time (efficiency) variance= $6,270 favorable
Explanation:
Giving the following information:
Standard= Direct labor 0.4 hours $ 11.00 per hour
Actual output 2,600 units
Actual direct labor-hours 470 hours
To calculate the direct labor efficiency variance, we need to use the following formula:
Direct labor time (efficiency) variance= (Standard Quantity - Actual Quantity)*standard rate
Standard quantity= 0.4*2,600= 1,040
Direct labor time (efficiency) variance= (1,040 - 470)*11
Direct labor time (efficiency) variance= $6,270 favorable
Answer: facility location
Explanation:
Based on the information given, it can be infered that Reliable Industries is in the process of facility location.
Facility Location simply refers to the selection of the rightt location for the manufacturing facility. The location selected should be easily accessible for the customers and transportation.
Selecting a suitable facility location is essential for an effective operation.
The differences between the project life cycle that includes the baum cycle, unido project cycle and the depsa project cycle is the established phase for drawing a project.
<h3>What is a project life cycle?</h3>
This refers to the organized way of viewing the entirety of a project that:
- establishes the steps to complete a project
- helps to maintain focus and momentum
- creates better defined high-level stages of completion
The Baum project cycle in project management consist of the phae that includes Identification, Preparation, Appraisal, Negotiation, Implementation & Supervision and Evaluation
The Depsa project cycle from the sentence Development Project Studies Authority is a project cycle that comprises three major phase.
Read more about project life cycle
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Answer and Explanation:
The computation is shown below
a. The economic order quantity is
= sqrt ((2 × annual demand × ordering cost) ÷ carrying cost)
= sqrt ((2 × 1,215 × $10) ÷ $75)
= 18 units
b) Average number of bags on hand is
= EOQ ÷ 2
= 18 ÷ 2
= 9
c) Orders per year is
= D ÷ EOQ
= 1215 ÷ 18
= 67.5
= 68
d) Total cost = Total carrying cost+ Total ordering cost
= (Q ÷ 2)H +(D ÷ Q)S
= (18 ÷ 2)75 + (1215 ÷ 18) × 10
= 675 + 675
= $1350
