MIE 301  University Of Toronto Study Resources
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Prob07 2013
School: University Of Toronto
MIE 301F Problem Set #7 C P8.2* C P8.6* C P8.10* C Supplementary Problem #3* * required for submission DUE: Friday, November 29, 2013, 5:00 pm _ Additional Suggested Problems C P8.3 C P8.5 C P8.7 C P8.9 Supplementary Problem #3 The attached figure shows a

solutions 06
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solutions 07
School: University Of Toronto

solutions 08
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solutions 09
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solutions 10
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solutions supp 04
School: University Of Toronto

MIE301  Supplementary Notes  Diagrams 9
School: University Of Toronto
MIE301 Supplementary Notes Lecture 9 and 10, 2014 1 MIE301 Supplementary Notes Lecture 9 and 10, 2014 2 VelocityAnalysisofMechanisms UsingVelocityPolygonMethod GeneralProcedure: 1. Drawascalediagramofthemechanism,intheconfigurationunderanalysis 2. Setupap

MIE301  Chapter 4  Solutions
School: University Of Toronto

MTE301_FinalReport_Template
School: University Of Toronto
DEPARTMENTOFMECHANICALANDINDUSTRIALENGINEERING, UNIVERSITYOFTORONTO ProjectName MIE301:FinalDesignReport *Date* Student1# Student2# Student3# Group# TableofContents 1. Group # 2 1 ExampleSection 1.1 Examplesubsection 2 NotesonReportFormat Maximum report l

solutions 05
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solutions 04
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solutions 03
School: University Of Toronto

Prob06 2013
School: University Of Toronto
MIE 301F Problem Set #6 C P5.13* C P5.14* C P5.15* C SUPPLEMENTARY PROBLEM #2* * required for submission DUE: Friday, November 8, 2013, 5:00 pm _ Additional Suggested Problems C P5.9 C P6.2 C P6.4 Supplementary Problem 2 The following information pertains

solutions 07.mie301f 2013
School: University Of Toronto

solutions supp 02 mie301f 2013
School: University Of Toronto
5'2! M/EBWF * Suzpplemen fairy Prob/em 52?! #2  SUM/770.46 PéJ/ (a)(i) 8 ed 0 mink so: = 5" QITE'W C W t " T 5 H MC) in.) = N1 : . S l 7; HR; 51 00 27 x _ 37.5 ~ sec (52) we goluc fm» 3: 4457.5 The 9?.224 of ns: sum 30:»? is, mt=ér+ y : 444252er

solutions supp 03 mie301f 2013
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solutions 06 mie301f 2013
School: University Of Toronto

Ch13
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CONTENTS CONTENTS 428 l Theory of Machines 13 eatur tures Features 1. Introduction. Gear Trains 2. Types of Gear Trains. 3. Simple Gear Train. 4. Compound Gear Train. 5. Design of Spur Gears. 6. Reverted Gear Train. 7. Epicyclic Gear Train. 8. Velocity Ra

MIE301  Chapter 4  Solutions
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solutions 01
School: University Of Toronto
/~/ P/J (a) n = 6 ' *urnl'n Pail/'5) 5 /' " 5/iain pair, / /' ' roll/r103 pair) / , 5+II./+/ : 7) ' 2 dO/loah5, m: 3(/5"/>~2& &2 = aCax) 2x7=4 (b) n = 6 %urnim% pairs, 5) a Shaina pairs, 2 /' ° ro/lz'npairs, 0 (Kg, " 5+2+O=7) ID/.23 (a) n = 6

solutions 02
School: University Of Toronto
2/ l_ M/EBO/F Prob/em 5d #2  504 ({7ng5 P2.) 102.5, (a) geomelcs ér which Velochy of link 6 is Zero (/2 4, limh ,aasih'ans) I IimH' geome'l'ry 62a)  cos" @2022 /020a) = 05, (ad/5'0) =53/O 62(2) = 560° r 2") = 306.9" (b) 8e speed o

L0204
School: University Of Toronto
Introduction Lecture 2: Motivation 1/3/2015 MIE315 Be Proactive Engineers should consider the environmental impacts when designing products and processes (i.e. be proactive). What else should be considered? What are processes and products? 1/3/2015 MIE3
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