The cycle time of this process for the firm is 2.89.
<h3>What is a Cycle Time?</h3>
This refers to the average time between the start of production of one unit and the start of production of the next unit of production
Cycle Time = Net time available to work / Customer demand
Cycle Time = 1.1 + 1.5 / 0.9
Cycle Time = 2.88888888889
Cycle Time = 2.89.
Therefore, the cycle time of this process for the firm is 2.89.
Read more about cycle time
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Answer:
Part a: The probability of breaking even in 6 tosses is 0.3125.
Part b: The probability that one payer wins all the money after the 10th toss is 0.0264.
Explanation:
Part a
P(success)=1/2=0.5
P(Failure)=1/2=0.5
Now for the break-even at the sixth toss
P(Break Even)=P(3 success out of 6)
P(3 success out of 6)
So the probability of breaking even in 6 tosses is 0.3125.
Part b:
So the probability that one of the player wins all the money after the 10th toss is given as the tenth toss is given as a win so
Wins in 9 tosses is given as 9!/7!=72
The probability that the other person wins
Wins in 8 out of 10 tosses is given as 10!/8!(10-8)!=10!/8!2!=45
So the probability of all the money is won by one of the gambler after the 10th toss is given as
P=number of wins in 9 tosses-Number of wins in 10 tosses/total number of tosses
P=(72-45)/2^16
P=0.0264
So the probability that one payer wins all the money after the 10th toss is 0.0264.
Answer:
- The corporation survives even if managers are dismissed.
- Shareholders can sell their holdings without disrupting the business.
Explanation:
Large corporations are not as easy to dissolve as other types of companies because they have other resources that are able to keep them going if they lose some. One of those resources could be a manager. Should a manager be dismissed, the corporation will survive and simply replaced the dismissed manager.
Also with such corporations, the shareholders can simply sell their shares and the business's operation will not be disrupted as the shareholders do not have any direct say over the day to day running of the business.
Answer:
3.5 customers
Explanation:
The computation of the average number of customers in the system is shown below:
= (Arrival rate) ÷ (Service rate - arrival rate)
= (210 customers) ÷ (270 customers - 210 customers)
= (210 customers) ÷ (60 customer)
= 3.5 customers
We simply apply the average number of customers formula so that the correct value can come
All other information which is given is not relevant. Hence, ignored it
It's called a <u>holographic will</u>.
