38MEF- Topic 2 eLearning Resource 3 by ykg_np https://padlet.com/ykgatnp/38MEF_T2_eResource3 Topic 2 FBD and Equilibrium en-us 2016-07-23 04:07:59 UTC 2019-05-16 09:57:50 UTC hello@padlet.com https://padlet-assets.s3.amazonaws.com/icons/Optimplaces.png 3ENGMEC APR2016 Revision for CT Q5  ykgatnp https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/116842759 Chap 4 Free Body Diagram and Equilibrium]]> 2016-07-23 09:59:50 UTC https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/116842759 3ENGMEC APR2016 Revision for CT Q4  ykgatnp https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/116842786 Chap 4 Free Body Diagram and Equilibrium]]> 2016-07-23 10:01:31 UTC https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/116842786 3ENGMEC FEB2016 Q4a How to draw a Free Body Diagram? Part 1  ykgatnp https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/116862693 Chap 4 FEB2016 Q4a Draw FBD]]> 2016-07-24 08:06:46 UTC https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/116862693 3ENGMEC FEB2016 Q4b Calculate Tension Force T Part 2  ykgatnp https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/116862787 Chap 4. FEB2016 Q4b Body at Equilibrium Calculate Tension  Force T Part 2 of 3.]]> 2016-07-24 08:07:51 UTC https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/116862787 3ENGMEC Feb2016 Q4c Calculate Components Reaction Force Part 3  ykgatnp https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/116862818 Chap 4 Feb2016 Q4 Calculate Components Reaction Force Part 3 of 3.]]> 2016-07-24 08:09:44 UTC https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/116862818 3ENGMEC CHAP4 REV APR2015 Q4  ykgatnp https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/116863102 3ENGMEC CHAP4 REV APR 2015 Q4]]> 2016-07-24 08:25:21 UTC https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/116863102 3ENGMEC@NP FBD Examples 03  ykgatnp https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/116863151 3ENGMEC@NP FBD Examples 03]]> 2016-07-24 08:26:47 UTC https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/116863151 3ENGMEC Free Body Diagram  ykgatnp https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/116863206 Free Body Diagram or FBD is a useful concept used in engineering mechanics to allow us to focus the effects of external and internal forces acting on a "body" and finding solutions to unknown forces which we need to apply to achieve a state of equilibrium.
A "body" is said to be at equilibrium if the following three conditions are achieved:
a) The sum of all horizontal component forces is zero.
b) The sum of all vertical components forces is zero.
c) The sum of all moments acting on any points on the "body" is zero.
Watch this video to understand how a FREE BODY DIAGRAM is drawn.]]> 2016-07-24 08:29:38 UTC https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/116863206 3ENGMEC FEB2013 Q4a How to draw a Free Body Diagram?  ykgatnp https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/117064450 FEB2013 Q4a Draw a FBD]]> 2016-07-27 11:21:36 UTC https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/117064450 3ENGMEC Feb2013 Q4b Tension Force T  ykgatnp https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/117064546 Chap 4 Feb2013 Q4b Calculate Tension Force T]]> 2016-07-27 11:23:09 UTC https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/117064546 3ENGMEC Feb2013 Q4c Calculate Components Forces  ykgatnp https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/117064585 Chap 4 Feb2013 Q4c Calculate Components of Reaction A]]> 2016-07-27 11:24:38 UTC https://padlet.com/ykgatnp/38MEF_T2_eResource3/wish/117064585