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Let a chain of lenth (y) is hanging on a table. coffecient of friction is ų(meu) and Mass and Length of chain is (M) and (L). then find the maximum lenth which can hang without sliding on table. ????? and one more question is : why we take weight of hanging chain : M(L-y)g /L ???
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Let a chain of lenth (y) is hanging on a table. coffecient of friction...
Answer to your second question...coz mass of hanging chain is M(L-y)/L... it comes from liner mass density.... let linear mass density be D=M/Lnow , D=m(hanging chain mass)/L-y...M/L=m/L-y ....m=M(L-y)/L
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Let a chain of lenth (y) is hanging on a table. coffecient of friction...
Bro multiply it with g and u will get weight.. by mistake I just deleted that answer... sorry
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Let a chain of lenth (y) is hanging on a table. coffecient of friction is ų(meu) and Mass and Length of chain is (M) and (L). then find the maximum lenth which can hang without sliding on table. ????? and one more question is : why we take weight of hanging chain : M(L-y)g /L ???
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Let a chain of lenth (y) is hanging on a table. coffecient of friction is ų(meu) and Mass and Length of chain is (M) and (L). then find the maximum lenth which can hang without sliding on table. ????? and one more question is : why we take weight of hanging chain : M(L-y)g /L ??? for JEE 2024 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about Let a chain of lenth (y) is hanging on a table. coffecient of friction is ų(meu) and Mass and Length of chain is (M) and (L). then find the maximum lenth which can hang without sliding on table. ????? and one more question is : why we take weight of hanging chain : M(L-y)g /L ??? covers all topics & solutions for JEE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Let a chain of lenth (y) is hanging on a table. coffecient of friction is ų(meu) and Mass and Length of chain is (M) and (L). then find the maximum lenth which can hang without sliding on table. ????? and one more question is : why we take weight of hanging chain : M(L-y)g /L ???.
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