Michelle's Physics: 4.11

Begin forwarded message:

From: Matt Baker <maba@patana.ac.th>
Subject: 4.11
Date: September 7, 2011 2:34:47 PM GMT+07:00
To: Andrew Koomenjoe Nyaga <anny14@patana.ac.th>, Arisara Amrapala <aram14@patana.ac.th>, Boondaree Chang <boch14@patana.ac.th>, Chrischawit Chomsoonthorn <chcm14@patana.ac.th>, Christopher Lo <chlo14@patana.ac.th>, Connor Blair Sailes <cosa14@patana.ac.th>, Frazer Allen Briggs <frbr14@patana.ac.th>, Huei-Yu Daniel Lo <hulo14@patana.ac.th>, Isabel Catriona McDonald <ismd14@patana.ac.th>, Kavin Supatravanij <kasu14@patana.ac.th>, Luke Michael Gebbie <luge14@patana.ac.th>, Lydia Anna Foley <lyfo14@patana.ac.th>, Morrakot Sae-Huang <mosa14@patana.ac.th>, Puchawin Borirackujarean <pubo14@patana.ac.th>, Qing Tang <qita14@patana.ac.th>, Sanyam Grewal <sagr14@patana.ac.th>, Sebastien Grimm <segr14@patana.ac.th>, Soo Hyun Lee <sole14@patana.ac.th>, Tatiksha Singh <tasi14@patana.ac.th>, Usa Wongsanguan <uswo14@patana.ac.th>, Yanida Areekul <yaar14@patana.ac.th>, Yi-Lin Huang <yihu14@patana.ac.th>

4.11
10 June 2011
11:52
·
4.11 recall and use the relationship:
   gravitational potential energy = mass × g × height
                              GPE = m × g × h

<<4B2 highest to lowest GPE.swf>>
<<4B2 GPE calculation of car moving downhill.swf>>
<<GPE formula.ppt>>
Inserted from: <file://\\BPSFILES\Staff Shared Folders\Secondary\Science\Science Resources\Physics\2 IGCSE\.P1-P8 IGCSE Resources\P4 Energy Sources & Energy Transfer\P4 Resources\MABA P4\4B\4B2 GPE, KE and CoE (2)\GPE formula.ppt>