Answer:
The cooling tube hold 67860 wafers on average during production
Explanation:
Average Time Spent = 13 minutes
Rate = 87 wafers per second during production
So, during this period of 87 seconds,
The number of wafers the cooling tube can hold is given by
R * T
Where R = Rate = 87 wafers per Second
And
T= Average Time Spent = 13 minutes
So, R * T
Becomes
87 per second * 13 minutes ------- Convert minutes to second
= 87 wafers per second * 13 * 60 seconds
= 87 wafers per second * 780 seconds
= 67860 wafers
So. The number of wafers the cooling tube can hold during production is 67860 wafers
Answer:
67,860 WAFERS
Explanation:
The question is to determine the number of wafers the cooling tube holds on average when in production?
First, what is the rate of wafers that are produced per second during the production process = 87 wafers
Secondly, we determine the entire time it takes a batch of wafers (in seconds) to completely pass through the cooling tube as follows
=Time to pass through x 60 seconds (to convert the minutes to seconds)
= 13 Minutes x 60 seconds = 780 Seconds
Finally, we determine the number of wafers the cooling tube can hold as follows:
The number of seconds it takes to pass through the cooling tube x the number of wafers produced per second
= 780 seconds x 87 wafers
= 67,860 Wafers.
The cooling tube therefore holds on average 67,860 WAFERS when it is in production.
