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NSP$\_$S$2-23\_$EC$3$R$\_$ET ZC$417\_$MANUFACTURING EXCELLENCE$\_$Onsite

NAGENDRAN S $|17$ May $2024$

Overall Status:

Completed

Detailed Status:

Time Over

Test Finish Time:

May $17,202411$:$50$:$26$ AM IST

NS

NAGENDRAN S

$202118$BT$358$@wilp.bits$-$pilani.ac$.$in

Campus ID:

$202118$BT$358$

Test$-$Taker ID: $-131998495$

Overall Summary

$4$

Marks Scored

out of $40$

$10\%$

$43\mathrm{.}4$ percentile

out of $576$ Test Takers

$2$h $45$m $46$s

Time taken

of $2$hr $50$mins

Marks Scored

Attempt Summary

Distribution of questions attempted in a total of $5$ question$($s$).$

Section$-$Wise Details

Expand All

Question$-$Wise Details

Expand All

Section $1$

Section #$1$

$1$

question$($s$)$

$1$h $43$s

Time taken

$0/8$

Marks Scored

You can write your answers in the provided space or write your answer on a piece of paper and scan and upload the handwritten answers using the QR Code available in the Scan and Upload Section of this exam.

Kindly ensure all answer sheets to be uploaded against the corresponding questions only. All sheets should not be uploaded against one question.

How do you perform benchmarking for traditional movie theatre as compared with multiplex movie theatre? State all the assumptions without any ambiguity? $(8$ Marks$)$

Response:

Words : $0$

Answer Image $1715926033289.$png

$1\mathrm{.}50$ MB

Click to Download

Answer Image $1715926093305.$png

$1\mathrm{.}51$ MB

Click to Download

File Upload Settings for this question:

Maximum number of files allowed

$20$

Maximum individual File Size Allowed

$30$ MB

File Types Allowed

All File Types Allowed by Mettl

Section $2$

Section #$2$

$1$

question$($s$)$

$33$m $54$s

Time taken

$0/8$

Marks Scored

You can write your answers in the provided space or write your answer on a piece of paper and scan and upload the handwritten answers using the QR Code available in the Scan and Upload Section of this exam.

Kindly ensure all answer sheets to be uploaded against the corresponding questions only. All sheets should not be uploaded against one question.

A Tablet assembled machine is initially working with the following conditions:

Shift time: $480$ Mins

Planned down time: $75$ Mins

Running Time losses: $80$ Mins

Output: $180$ components per shift

Machine speed $($No$.$ of the components per min$)$: $0\mathrm{.}75$

Rejection: $8$ components per shift.

The organization has decided to improve machine performance and implemented $5$S and other relevant TPM principles. Finally, they are able to bring down running time losses to $58$ mins and rejection rate to $2$ components per shift. They are able to increase output of the machine to $207$ components per shift. How much percentage of OEE increases as compared to the initial stage? $(8$ Marks$)$