Answer:
i dont k but I needed points
Explanation:
sorry
Answer:
6.00 days
Explanation:
data provided
Inspection time = 3.7 days
Process time = 0.2 days
Move time = 1.3 days
Queue time = 0.8 days
The calculation of throughput time is given below:-
Throughput time = Inspection time + Process time + Move time + Queue time
= 3.7 days + 0.2 days + 1.3 days + 0.8 days
= 6.00 days
Here, we added the inspection time, process time , move time and queue time to reach at throughput time and we ignore the time spent waiting to be worked on in the factory as it is not relevant.
Answer:
Over the life of the battery, the battery that is most cost-effective is:
The AA alkaline non rechargeable battery.
Explanation:
a) Data and Calculations:
Number of times that NiCad batteries can be recharged (reused) = 100 times
Cost of a 4 pack of AA NiCad rechargeable batteries = $10.80
Recharging cost = $1 ($0.01 * 100)
Total cost of AA NiCad rechargeable batteries = $11.80
Cost per use = $0.12 ($11.80/100)
Cost of a 4 pack of AA alkaline non rechargeable batteries = $3.69
Cost per use of AA alkaline non rechargeable batteries = $0.04 ($3.69/100)
b) The comparison and the resulting conclusions are based on the assumption that the non rechargeable and the rechargeable batteries enjoy equal useful life. Therefore, the AA alkaline non rechargeable batteries are also used 100 times.
Explanation:
The formula to compute the current ratio is shown below:
Current ratio = Total Current assets ÷ total current liabilities
where,
Total current assets = $4,315 million
And, the total current liabilities is $2,453 million
So, the current ratio is
= $4,315 million ÷ $2,453 million
= 1.76 times
Since the current ratio is greater than the 1.76 times that reflects that company have a liquidity position and it is able to pay its short term obligations