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two independent particles are originally moving with angular momenta l1 and l2 in a region of space with no external torques.A constant external torque then acts on particle one but not on particle two, for a time del t.what is the change in total angulaR momentum of two particles?​ A. del L= l1-l2 B. del L=1/2(l1-l2) C. del L=torque/time D. del L for the system is poorly defined because the two particles are not connected

two independent particles are originally  moving with angular momenta l1 and l2 in a region of space with no external torques.A constant external torque then acts on particle one but not on particle two, for a time del t.what is the change in total angulaR momentum of two particles?​
 A. del L= l1-l2        B. del L=1/2(l1-l2)       C. del L=torque/time D. del L for the system is poorly defined because the two particles are not connected

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1 Answers

Sai
36 Points
2 years ago

ΔL=τΔt

this is the answer of the give I hope you got 
it is correct answer you can believe it and u can choose the option
I can give guaranty for this question 

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