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y=(x+√x^2+1)^m then prove that (x^2 +1) y2 + xy1 - m^2 y =0
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if y=(x + rt (x^2 +1))^m, prove that (x^2 +1) y2 + xy1 - m^2 y =0
if y=(x+sqrt(x^(2)+1))^(m) then show that (x^(2)+1)(d^(2)y)/(dx^(2x(dy)/(dx)-x^(2)y=0
If y = (x + √(x2 + 1))m, then show that: (x^2 + 1)d^2y/dx^2 + xdy/dx - m^2y = 0.
Don't forget to subscribe my channel and also share and like video if you really like it.
Thank you.
#derivatives_class_12#
#differentiation_class_12_maths#
#differentiation_class_12#
#jee_main_important_questions#
#class12_maths#
#continuity_and_differentiability_class12#
#class_12_maths_chapter5#
#previous_year_questions#
#previous_year_question_paper#
#last_10_years_upsc_question_papers_with_answers#
#limits_and_continuity_class12#
#Previous_year_questions_on_differentiation_class12#
#Important_questions_for_board_Exam#
if y=(x + rt (x^2 +1))^m, prove that (x^2 +1) y2 + xy1 - m^2 y =0
if y=(x+sqrt(x^(2)+1))^(m) then show that (x^(2)+1)(d^(2)y)/(dx^(2x(dy)/(dx)-x^(2)y=0
If y = (x + √(x2 + 1))m, then show that: (x^2 + 1)d^2y/dx^2 + xdy/dx - m^2y = 0.
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y=(x+√x^2+1)^m then prove that (x^2 +1) y2 + xy1 - m^2 y =0
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