A double pendulum consists of two point masses m attached by strings of length I as shown in the figure: The kinetic energy of the pendulum is (a) ; ml* (ô; + ô;] (b) 극m226 +62 + 26,6, cos(a-8.) ml? ml 6; + 20; + 20,0, cos(0, – 0,)] (d) 특m224 +6월 + 20,6, cos(a +0,)1 ml² m -------
A double pendulum consists of two point masses m attached by strings of length I as shown in the figure: The kinetic energy of the pendulum is (a) ; ml* (ô; + ô;] (b) 극m226 +62 + 26,6, cos(a-8.) ml? ml 6; + 20; + 20,0, cos(0, – 0,)] (d) 특m224 +6월 + 20,6, cos(a +0,)1 ml² m -------
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![A double pendulum consists of two point masses m attached by strings of length I as
shown in the figure: The kinetic energy of the pendulum is
(a) – mi* lô; + ô;]
2
(b) m기24 +63 +26,6, cos(a-8.)
1
ml2
2
1
(c) – mi* (0; + 20; + 26,Ö̟ cos(0, – 0,)]
m
(d) – ml² [2ó; + ở; + 20,ô, cos(0, + 0,)]
m
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Transcribed Image Text:A double pendulum consists of two point masses m attached by strings of length I as
shown in the figure: The kinetic energy of the pendulum is
(a) – mi* lô; + ô;]
2
(b) m기24 +63 +26,6, cos(a-8.)
1
ml2
2
1
(c) – mi* (0; + 20; + 26,Ö̟ cos(0, – 0,)]
m
(d) – ml² [2ó; + ở; + 20,ô, cos(0, + 0,)]
m
------
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