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 phy131studiof16:lectures:chapter4 [2016/09/14 08:52]mdawber [Connecting Newton's laws to Kinematics] phy131studiof16:lectures:chapter4 [2016/09/14 09:58] (current)mdawber [Tension in ropes] Both sides previous revision Previous revision 2016/09/14 09:58 mdawber [Tension in ropes] 2016/09/14 08:52 mdawber [Connecting Newton's laws to Kinematics] 2016/09/14 08:40 mdawber [Hammer demo] 2016/09/13 12:59 mdawber [5.P.072] 2016/09/13 12:58 mdawber [5.P.079] 2016/09/13 12:58 mdawber [5.P.060] 2016/09/13 12:58 mdawber [5.P.039] 2016/09/13 12:57 mdawber [5.P.025] 2016/07/28 13:55 mdawber 2016/07/21 12:07 external edit 2016/09/14 09:58 mdawber [Tension in ropes] 2016/09/14 08:52 mdawber [Connecting Newton's laws to Kinematics] 2016/09/14 08:40 mdawber [Hammer demo] 2016/09/13 12:59 mdawber [5.P.072] 2016/09/13 12:58 mdawber [5.P.079] 2016/09/13 12:58 mdawber [5.P.060] 2016/09/13 12:58 mdawber [5.P.039] 2016/09/13 12:57 mdawber [5.P.025] 2016/07/28 13:55 mdawber 2016/07/21 12:07 external edit Line 133: Line 133: Frequently in physics problems you will see ropes, strings, cords, wires, etc. Typically they are assumed to be mass-less. This means that the net force on any section of a rope when extended is considered to be zero independent of the acceleration of the rope ($\Sigma\vec{F}=m\vec{a}$ with $m=0$), allowing a perfect transmission of force from one end of the rope to another. The force transmitted from one end of the rope to the other is the **tension** in the rope, and it should be noted that all real ropes have a maximum tension above which they break. Frequently in physics problems you will see ropes, strings, cords, wires, etc. Typically they are assumed to be mass-less. This means that the net force on any section of a rope when extended is considered to be zero independent of the acceleration of the rope ($\Sigma\vec{F}=m\vec{a}$ with $m=0$), allowing a perfect transmission of force from one end of the rope to another. The force transmitted from one end of the rope to the other is the **tension** in the rope, and it should be noted that all real ropes have a maximum tension above which they break. - | {{tension.png}} |  {{massinseriesdemo.gif}} | + | {{tension.png}} |
phy131studiof16/lectures/chapter4.txt · Last modified: 2016/09/14 09:58 by mdawber