Week 11 Notes
Week 11 Notes Physics 1114
Popular in Physics for Non-Science Majors
verified elite notetaker
Popular in Science
This 4 page Class Notes was uploaded by Emma Keith on Sunday November 15, 2015. The Class Notes belongs to Physics 1114 at University of Oklahoma taught by Professor Howard Baer in Fall 2015. Since its upload, it has received 34 views. For similar materials see Physics for Non-Science Majors in Science at University of Oklahoma.
Reviews for Week 11 Notes
Report this Material
What is Karma?
Karma is the currency of StudySoup.
You can buy or earn more Karma at anytime and redeem it for class notes, study guides, flashcards, and more!
Date Created: 11/15/15
Ana333351 1239 u i z A I Lecrure Nofes 2First Law of Thermodynamics ConServa on OF energy AU 2 6 w K work done bg sgstem Internal heatg encrg ener ave JErPE OddCdy OF matecwes Behaw or of gases mechanical pisron F Itquot rad W AL wark done by gas FAszr F AAJL PAV 7 NJ 4 AV p Adiaba11 c gas expansronmeans worKdane will w 4 reduce volume naheataddedquot Aazo Sl39mple I39dealgos Internal energy cqu als ave KE oF gas moleCUleS PVNRT U j LL Internal energy OF 05 molgecules Temperam m KClvm Boltzmann Constant L38 x 10quot rK Isohermal gas expansn on AUO AG Aw W Cwork OUT p ut ConSfcmt temp heataaded Heaf engn nesaummabile engineconverts heat energy r0 mechanical energy pawe r p 1 ants Convert heat energy TD etecm39cal energy Ill2H5 LidL heat source GH 0 SLJStem work w 02 639 ef ciency H For gas39pushn39ng pistons reversible cycle Hm sysrem returns to its original conan on 905 1 AU C Under O AQAw ver 1 cgcue work0 QC Corn0t Engine o hgporhen39co heat en gme that operates wu rh maximum ef ciency St ps 1 Isothermal expansi onvheot 0d ded AU O Gr w 2Adu obotic expansion A620 3Isorhermo I comp re ssn39on A U O Q c w LquotI ucnfabatic compression AQO 1 Se con 1 Laysquotof Th ermo dynamics emuheateng m 2 operating on a continuous cycle can faKe heat energy From a hot reservoir and convert H fo work completelg 4quote GC 1 o some wankenergy is required t 22 rHTc COFHO Q 39 M 1391 c o m T74 TcO forJOO o ef ciency 2nd Law s 2nd s raremenrheot ows om hoJr a cold not ofherwl39se Emmpy fhe measure of madl39sorderedness of a sysrem 2nd Law s 3rd smrement emropyis always increasing Heat energy m reversehem pump or rnldge A ll Le cmre Nores Electric charge p05139h39ve charge 1 repels other 1 charges O H Y OCTS 39 Charges ne gcm39ve charge H re pets o w er 0 charge 5 attracts 139 ch urges elecrrons Corry charge hucleu5has 39 charged pmmns 139 Lecrure Notes 9 y ypes of charges 1 and H HK Charges Repel oppos 39e Charges attract hgclmgen atom CIECh On PYDTOH Elecm39c materials Conducn39ng materialshove an excess of conducting elecrrons free ro room the motenol ext metals copper IHSMOTUYS elccrrons are Tightly boun d so elecm39c Charge Cannot move eosc39lg ex plos c glossrUbber wood quotSemiconduo ors Sort of quot con duct ex silicon germanium Charles Coulomb l73aI80 o Cou10mb39s Law desltznbes force befuueen chor ges Force Falls Off 05 inverse square coulomb COHST OHt F Ldenotcthe amount coutomb k L OFchargeonanobject r measured in Ccowombs One elecrron com39es qez laxloquotqc Cowomb constant fi 9X10 New 39mzCz F 5 O vecTOr Fcoulombz actGL2 12 r T vectorlen l pornts orgn to 2 Compare gmv y force to electric force between 2 electrons Clel 1m A K O 0122 Fgravrry gme mg 55x noquot39m r2 Fez getgez 23xl0 28N z r CI C the force 3939 5x10 bimes bigger HbIS
Are you sure you want to buy this material for
You're already Subscribed!
Looks like you've already subscribed to StudySoup, you won't need to purchase another subscription to get this material. To access this material simply click 'View Full Document'