An order for 50 units is processed on work centers A and B. The set up time on A is 45 Min and run time is 5 min per piece. The set up time on B is 30 Min and run time is 4 min per piece. Wait time between the two operations is 8 hours. The move time between A and B is 60 min. Wait time after B is 8 hours and the move time into stores is 2 hrs. Queue at work center A is 25 hours and at B is 35 hrs. Calculate the total manufacturing lead time for the order.

Answers

Answer 1
Answer:

Answer:

5265 mins or 87.75 hours

Step-by-step explanation:

There is a large amount of data in this question so we will first process it and simplify it

Given

Order = 50 units

Operation A

Setup Time = 45 mins

Run Time = 5 min/unit * 50 = 250 mins

Wait Time (Between A&B) = 8 hours = 480 mins

Move Time (Between A&B) = 60 mins

Queue Time = 25 hours = 1500 mins

Operation B

Setup Time = 30 mins

Run Time = 4 min/unit * 50 = 200 mins

Wait Time (After B) = 8 hours = 480 mins

Move Time (To Stores) = 2 hours = 120 mins

Queue Time = 35 hours = 2100 mins

Lead time refers to how long it takes from when the order is place to when it is delivered, so to calculate the total manufacturing lead time we will add all the above times which is 5265 mins or 87.75 hours


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A local hamburger shop sold a combined total of 688 hamburgers and cheeseburgers on Thursday. There were 62 fewer cheeseburgers sold than hamburgers How many hamburgers were sold on Thursday?​

Answers

Answer:

626

Step-by-step explanation:

So 62 fewer right so 688 combined- 62 cheeseburger =626 hamburger

Can an eulerian circuit also be an eulerian path?

Answers

Answer: i think yes

Step-by-step explanation:

Final answer:

Yes, an Eulerian circuit can also be an Eulerian path.

Explanation:

An Eulerian circuit can also be an Eulerian path. An Eulerian circuit is a path that visits each edge of a graph exactly once and ends at the starting vertex, while an Eulerian path is a path that visits each edge exactly once but does not necessarily end at the starting vertex. Therefore, every Eulerian circuit is also an Eulerian path.

Learn more about Eulerian circuit and Eulerian path here:

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Which of the following is equiangular and equilateral?A. rhombus
B. square
C. rectangle
D. parallelogram

Answers

I think its B because squares has equal sides and angles
Square is the correct answer

The minimum monthly payment for Anita's credit card is 2% of her balance or $10, whichever is greater. If Anita's balance at the end of her last billing cycle was $360, what is her minimum monthly payment?A. $17.20

B. $2.80

C. $10.00

D. $7.20

Answers

Answer:

C. $10.00

Step-by-step explanation:

She has to pay which ever is greater.

To get whichever is greater you need to check what 2% of her last billing cycle. That would be done by multiplying .02 and 360. That equals $7.20.

10>7.20 and therefore the answer would be 10 dollars aka C.

suppose a population of 250 crickets doubles in size every 3 months. how many crickets will there be in 2 years

Answers

there is 3 months 4 times in a year so double that and we have 8 times. 250 x 8 = 2000  so 2000 crickets in 2 years

A team t-shirt costs $3 per adult and $2 per child. On a certain day, the total number of adults (a) and children (c) who bought shirts was 100, and the total money collected was $275. Which of the following options represents the number of children and the number of adults who purchased team shirts that day, and the pair of equations that can be solved to find the numbers? A.) 75 children and 25 adults
Equation 1: a + c = 100
Equation 2: 3a − 2c = 275

B.) 75 children and 25 adults
Equation 1: a + c = 100
Equation 2: 3a + 2c = 275

C.) 25 children and 75 adults
Equation 1: a + c = 100
Equation 2: 3a − 2c = 275

D.) 25 children and 75 adults
Equation 1: a + c = 100
Equation 2: 3a + 2c = 275

Answers

Answer:

Option D is correct.

Step-by-step explanation:

A team t-shirt costs $3 per adult and $2 per child.

Let the number of children be = c

Let the number of adults be = a

A team t-shirt costs $3 per adult that is 3a and $2 per child that is 2c, also given is that the total money collected is $275, so equation becomes:

3a+2c=275

On a certain day, the total number of adults (a) and children (c) who bought shirts was 100, equation becomes: a+c=100

Now to know the number of children and adult, we can check by plugging in the values from options provided.

25 children and 75 adults  = 25(2)+75(3)=50+225 =275

Rest options do not fulfill the requirements, so Option D is correct.

The answer is: 

25 children and 75 adults 
Equation 1:a + c=100
Equation 2: 3a + 2c=275

Have a nice day!