2nd Order Linear Differential Equations : P.I. = trig type : ExamSolutions

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Tutorial on 2nd order differential equations where P.I=trigonometric function

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I just started my physics degree without having done further maths at a level, this topic was skipped over extremely quickly by my lecturers, they didn’t give any practise questions outside past exams and no worked solutions. You are actually saving my degree

abhishekdey
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I cannot thank you enough for making these Further Mathematics videos. I am self-studying for the CIE exams and without your videos I don't know what to do... Thank you so much and please continue making these FM videos...

pottermoreinsider
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Why do we introduce another term for y ? like 2λcos(2x) + μsin(2x) ???

TheColdBloodedGamerS
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Sir, what if the f(x)= x sinx.... this is a combination of trigonometric and linear equation... plz help 

NayanPrakash
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So glad I found this. I have a revision channel to go through!

s.r.howell
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Still massively helpful after 8 years.

PoshakPathak
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At 1:10 you mention clicking on "this link" but there is no link.

meisterthea
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what is function on the RHS is of the form xcosx instead of (constant)cosx

mlungost
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Not sure how you got to the -42/65 and 24/65. Please can you share?

liberalimperial
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Sir what if we have secx or cosecx or tanx or cotx ? Or even some combination of functions

ramiz
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what if both exponential and trigonometric function comes up

mamatashrestha
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how do I find the particular integral (pi) for ln|x|?

goodpeoplealwaysdie
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Your videos are amazing. Perfectly put together, well explained and titled perfectly. You will get me through university.

maximillianshaughnessy
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hahaha thanks for your explanation nice vid

novaldopanjaitan
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Thank you sir, however the solution is too lengthy. Isn't there another better solution that requires less time ? 

Sawsan