Answer:
Current ratio = 0.33 times
Acid test ratio = 0.29 times
Explanation:
• Current ratio
Current ratio = Total current assets ÷ Total current liabilities
= $875 ÷ $2,638
= 0.33 times
• Acid test ratio
Acid test ratio = Quick assets ÷ total current liabilities
Where,
Quick assets = Total current assets - Inventory
= $875 - $116
= $759
Recall total current liabilities = $2,638
Therefore,
Acid test ratio = $759 ÷ $2,638
Acid test ratio = 0.29 times
Answer: Dependability is defined as the quality of being able to be counted on or relied upon. When you always do everything that you say you will and never make promises you cannot keep, this is an example of dependability. YourDictionary definition and usage example.
Explanation:
Answer:supplier partnerships
Explanation:supplier partnership is a commitment over an extended time to work together to the mutual benefit of both parties, sharing relevant information and the risks and rewards of the relationship.
In quality control, extended relationship between buyers and sellers based on confidence, credibility, and mutual benefit. The buyer, on its part, provides long-term contracts and assurance of only a small number of competing suppliers. In reciprocation, the seller implements customer's suggestions and commits to continuous improvement in quality of product and delivery.
Assuming that you have the values for the year 2017, the break-even point would be 1500 units for the year 2017. To calculate this, we use the idea that at the breaking point, total sales is equal to the total cost or expenses made. Which would be:
selling (x) = fixed + variable (x)
x = fixed / (selling - variable)
x = 270000 / (600-420)
x = 1500 units
Answer:
d. six or seven
Explanation:
Given that:
Daily demand for the grip = 3000 units
average waiting time = 0.20 day
processing time = 0.10 day / container
a container holds = 150 grips
percentage of policy used = 10% = 0.10
The objective of this question is to determine the amount of Kanban containers would Jewel require.
the amount of Kanban containers = Demand ( wasting time + processing time)(1+percentage policy)/ amount of container holding
the amount of Kanban containers = 3000( 0.2 + 0.1) ( 1+ 0.10)/ 150
the amount of Kanban containers = 3000 ( 0.30) (1.10)/150
the amount of Kanban containers = 990/150
the amount of Kanban containers = 6.6
SO we can infer that the amount of Kanban containers would Jewel require if a 10% policy variable is used falls within the range of six or seven.
