a. The probability that a student goes to seek for minor clarification from the professor during office hours = 6%.
b. The probability that a student goes to the professor for major clarification = 14%.
Data and Calculations:
Percentage of students in the class who go to the professor to seek clarifications = 20% (a)
Percentage of students in the class who do not go to the professor to seek clarifications = 80% (100% - 20%) (b)
Percentage of (a) who seek minor clarification = 30%
Percentage of (a) who seek major clarification = 70%
Probability of (a) seeking minor clarification = 6% (20% x 30%)
Probability of (a) seeking major clarification = 14% (20% x 70%)
Thus, the probability of students seeking minor clarification is 6% while the probability of students seeking major clarification is 14%.
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Answer:
Final Value= $414,135.43
Explanation:
Giving the following information:
Quarterly deposit= $32,000
Number of quarters= 3*4= 12
Interest rate= 0.0545/4= 0.01363
To calculate the final value, we need to use the following formula:
FV= {A*[(1+i)^n-1]}/i
A= quarterly deposit
FV= {32,000*[(1.01363^12)-1]} / 0.01363
FV= $414,135.43
The number of books that will be produced such that the costs from the two methods be the same is 4668 units.
From the complete question, the total cost of the first equation will be:
= 8.25x + 65054
The total cost for the second equation will be:
= 19.50x + 12539
Then, we'll equate both equations together and this will be:
8.25x + 65054 = 19.50x + 12539
Collect like terms
19.50x - 8.25x = 65054 - 12539
11.25x = 52515
Divide both side by 11.25
11.25x/11.25 = 52515/11.25
x = 4668 units.
Therefore, the breakeven unit will be 4668 units.
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Answer: 980
Explanation:
The number of units of inventory that the storage area must be able to hold will be calculated as:
Demand = 100 × 300 = 30000
Production rate per day = 500
Setup cost = $200
Annual holding cost = $10
We then use the economic order quantity formula to solve and the answer will be gotten as 1225
The maximum inventory will now be:
= EQQ × (1-d/p)
= 1225 × (1-100/500)
= 1225 × ( 1 - 0.2)
= 1225 × 0.8
= 980
