A particle with mass m is acted on by a single force equal to F(x,y)=-ay'xi – baæʼyj Where a+0 and b#0 are known positive constants. By calculating close-loop integral proof, that this force is not conservative. X2
A particle with mass m is acted on by a single force equal to F(x,y)=-ay'xi – baæʼyj Where a+0 and b#0 are known positive constants. By calculating close-loop integral proof, that this force is not conservative. X2
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![A particle with mass m is acted on by a single force equal to
F(x,y)=-ay'xi – baæʼyj
Where a+0 and b#0 are known positive constants. By calculating
close-loop integral proof, that this force is not conservative.
X2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3226dc49-26d3-48ff-b18a-24c6372a68f4%2Fabca628b-63b4-4c16-be7b-c69481f02e3e%2Fc61jhj.png&w=3840&q=75)
Transcribed Image Text:A particle with mass m is acted on by a single force equal to
F(x,y)=-ay'xi – baæʼyj
Where a+0 and b#0 are known positive constants. By calculating
close-loop integral proof, that this force is not conservative.
X2
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