The document is an examination paper for the Fifth Semester Mechanical Engineering course on Industrial Engineering and Quality Control, consisting of 7 compulsory questions. It covers topics such as performance rating, material handling, project management, inventory control, and economic order quantity calculations. Each question includes specific problems and theoretical concepts related to the course material.
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The document is an examination paper for the Fifth Semester Mechanical Engineering course on Industrial Engineering and Quality Control, consisting of 7 compulsory questions. It covers topics such as performance rating, material handling, project management, inventory control, and economic order quantity calculations. Each question includes specific problems and theoretical concepts related to the course material.
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF or read online on Scribd
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$/2022/6941 Total Pages : 6
Fifth Semester
Mechanical Engineering
Scheme OCBC 2019
INDUSTRIAL ENGINEERING AND QUALITY CONTROL
Time : Three Hours Maximum Marks : 70
Note: i) All 7 Questions are Compulsory. Internal choices has been
given in each LO (Learning Outcome)
WHT wet ahard di sae Raed wae LO (an ssc)
Reema
i) Incase of any doubt or dispute, the English version question
should be treated as final.
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Ber OT Sif AAT GRIT!
Q.| LO | Questions Marks
1. | COL | a) Anemployee takes 10 minute to complete 6
LO3 a job. Performance rating of employee is
80%. 1f25% allowance is allowed, calculate
standard time of a job.
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aud 2&1 afant ht arena eT 80% 21
ae 25% a A argafe @, at arf & A
wre Gt TOT we
b) Describe performance rating and rating| 4
factor in work measurement.
ord ana # ordamren eer ite fer ora
am aofy aR
OR/SeraT
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Q. | LO Questions Marks|
The observed time and performance rating for] 10
five elements are given.
Elements 1}2]3 4 5
(ObservedTime | 0.4/0.5} 0.55} 0.25 | 0.20} |
Performance rating! 85 | 80 | 90 | 85 | 80 |
Compute the standard time, assuming rest and
personal allowance 15% and contingency
allowance as 2% of basic time.
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facet r{2)3]41]5
seror Bee 0.4 | 0.5} 0.55] 0.25}0.20
erfenrat eT | 85 | 80] 90 | 85 | 80
fasiry alte aafeernet Te Het BA & 15% H BT
A otk orenfSra ate Fp WA & 2% H GIF A
Are aaa Gl TOT Be
2, | COW’ a) Ina day worker completes a product in] 6
Lo4 10 hours. Standard time for a product is
15 hours. The wage rate is Rs.4/hour and
bonus percentage under Halsey plan is 50%
of saved time. What is the earning of that
worker?
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oem 81 Geng & fae aH AT 15 de ZI
der a 4 wader & oie dort ator]
et are safererct 50% TaNy mY TAY TR eT
81 Se orm & og GF TORT Re
b) Describe job evaluation in brief. 4
ae A orf qeaies ar als wR
OR/seaT .
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Questions
Marks|
Calculate the total wages earned by a worker
ina foundry shop. Wages are paid by Halsey
plan under the following conditions.
i) The minimum guaranteed wage is Rs. 200
per hour
ii) The standard time per casting is 40 minutes
iti) Total number of castings produced = 25
i) Time taken to produce these castings = 8 hrs.
Workers share for saved time = 50%
we SS Ht Gor A WH SIR ERI Hila Het
sagt A mort wt mgd Peafereat acl &
deci Halsey SAT ERI PIA FR BW ZI
i) EAT ARE ger Aas 200 waa whe Ger a!
i) arfeen wit ama are 40 Re 21
ii) Dot Greer Ht Ger PET I Tea = 25
iy) Ft aeen or Seer HS & fey fora 7a
wr = 8 hrs.
wary my wre & fer sifhent ar RRA = 50%
3. | CO2/
LOL
a) State principles of material handling.
veref eR & frais or ah wr
b) Describe any one lifting and lowering device
with diagram used in material handling.
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aaetin aret fare of gan STEROT aT STE &
are aor we
OR/SeaT
a) Explain the basic requirements of good
material handling system.
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sraerena Bt WASTET
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P.T.O.(4]
Q. | LO | Questions Marks|
b) Describe any one lifting and transportation | 6
device with diagram used in material handling.
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soar are feet of yes SoaROT aT STR
mer auhy ay
4, | CO3/ | Describe single and double sampling plan. 10
LO3 | weet wfraer ator site tek wf Bsr aT
aot ae
OR/Si2aT
Draw operating characteristic curve. How itis} 10
useful for consumer risk and producer risk?
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Shes ok scargen SiRer & fry a8 suet 2
5. | CO4/ | Aproject consists of activities having durationin | 10
LO2 | days as shown.
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ware at & fey waaratt Pafaftsd z1
Activity ‘Duration (days)
afefaftrai | aaarafer (feat 4)
1-2 16
1-3 20
1-6 30
2-5 15
3-4 15
3-5 10
4-5 03
4-6. 16
5-6 12
Draw the network, calculate EPO/LPO for each
event, mark the critical path and state total project
duration.
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aor @¥, siferes ser site get aR oral a
farea a
$/2022/6941 Contd.....Questions
Marks|
OR/seraT
A project consists of activities having duration
in days as shown.
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dare oer & fey waarate Peaferfat 21
Activity Duration (days)
afefaftrat | wrarafer (feat §)
1-2
2-3
3-5
2-4
4-5
5-6 3
Draw network and calculate EST, EFT, LST,
LFT, total float and free float for activities 2-4
and 4-5, Mark critical path for a project.
Aceh gi @, oi EST, EFT, LST, LFT, 2-4
ak 4-5 & afatatted & ferg get vele sie yr
eile Ht ToT we wifes ver ar farea BI
wl alulals
6. | COS/
LO3
Define inventory, state various types of
inventories. Explain V-E-D analysis of inventory
control with parts diagram.
@ oferta ei ake & wer gag Pdaor
V-E-D fagetaor &t careat aI
OR/SeaT
Define the following.
i) Event ii) Activity
ii) Float iv) Critical path
v) Dummyactivity vi) Critical activity
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PTO.[6]
vy) oh tafe = vi) ariferes nfefattr
Q. | LO | Questions Marks|
Peafeaa- at oReria Be
) wen i) nfafattr
iil) Fete iv) wifae ver
7. | COS/
LO4
Derive an expression for economic order
quantity, also explain each term.
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eo wh fest ot wrengy
OR/aetaT
A company manufactures steel boxes for that it
needs steel. Calculate EOQ, number of orders |
per year, ordering cost, holding cost. Taking
below assumptions.
i) Ordering cost = Rs. 10 per order
ii) Annual quantity demanded = 2000 units
iti) Holding cost= Rs. 1 per unit
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SS ears Ht era 21 Sftic antler sneer ATA
uit ag age A arar, offs aike aie etfesT
ame at ToT ae) Ae fee 1y a
i) afgRe ama =. 10 wie age
i) arfties arat t sit = 2000 gargat
ii) deen oma = 5. 1 we aPe
ES ES
10
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