Over the past few days, I have been receiving many requests regarding what to read from the maths booklist, So I giving detailed list of chapters from the recommended books :
Paper -1
- Linear Algebra : Krishna series (by Sharma & Vashishtha) : Ch 1 and Ch 2
- Matrices : Krishna series (by A.R Vashishtha & A.K. Vashishtha): Ch 3 to Ch 11
- Calculas :
- Mathematical Analysis 4th edition (S.C. Malik & Arora) : Ch 3, 4, 5,6,7,8,9,11,12,15,16,17,18
- A course of mathematical analysis ( Shanti Narayan & P.K. Mittal) : Ch 12, 13,15, 16, 17 & 18.
- Series integral Calculas (Krishna Series) : Ch-7, unit 1
- Differential calculas (S chand by Shanti narayan) : Ch15, 17
- Analytical Geometry
- Series Analytical geometry 3D ( krishna series by A.R. Vashishtha & D.C. Agarwal) : Ch 2 to ch12
OR
- Analytical solid geometry 7th edition (S. Chand by Shanti Narayan) : ch-1,2,3,6,7,8,10 (till 10.5),
- For general equation of 2nd degree, ch -11 from shanti Narayan or from any other source needs to be covered.
- Ordinary differential equations :
- Ordinary & Partial Differential Equations (by M.D. Raisinghania) : Ch -1,2,3,4,5,6,7,10
- For Laplace transform : reading Ch1,2,3 from advance differential equation by M.D. Raisighania
- Vector calculas (Krishna series) : All chapters
- Statics (Krishna series) : Ch 1, 2,3,4,6,8
- Dynamics (krishna series) : Ch 1,2,3,4,5,6,7,8.
Paper -2
- Modern algebra :
- Group theory by R kumar : Ch 1, 2
- Ring theory by R Kumar : Ch 1, 2, 4
- Real Analysis :
- Element of real analysis (S.Chand) : Ch 2(till 2.24), 3 (till 3.11), 4,5,6,7,8,9,10,11,12,13,15,16
- Complex analysis
- Complex Analysis (A. R. Vasishtha, Krishna series) : Ch 2,4, 5,6, 7
- Linear Programming
- Linear Programming (Krishna series by R.K. Gupta) : Ch-1,2,3,4,6,10,11
- Partial Differential Equation
- Ordinary & partial differential Equation : Part III, ch 1,2,3(leave charpit method),4,5,8
- Mechanics
- Rigid Dynamics Volume 1 : ch-1,2,7,9
- Rigid Dynamics Volume 2 : 3,4,6
- Fluid Mechanics :
- Fluid mechanics (by M.D. Raisinghania) : Ch-1, 2,3 (till 3.44 page), 4, 5,7(till page 7.26), 10 (till page 10.36), ch-11, 14 (till page 14.8)
General Tips
- If one still feels doubts, the best way to dissipate it is by seeing the syllabus and past 15 years UPSC papers
- In mechanics & fluid mechanics, effort should be to cover as much new question as possible.
- In general, questions at the end of chapter become tough, so if one is not able to handle them, can leave it.
- Only that much portion should be covered which can be revised before the exam, otherwise it will not serve the purpose.
Will these chapters and last 15 PYQs sufficient for preparation?
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if you still get time, you can do questions from year 2000. This will give good launchpad, rest will depend upon your accuracy and temperament in exam. 🙂
Good luck
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Thanks a lot Utsav!
Just to confirm,
1) all the Krishna Series books are those pertaining to General Syllabus and not the U.P. Unified ones (as available on http://www.krishnaprakashan.com/lpage.asp?cat=2&scat=0&desc=IAS+Maths+Series)
2) For Mechanics and Fluid Dynamics, you meant Fluid Dynamics by M.D. Raisinghania (S.Chand) right?
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1. yes
2. yes
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hello utsav Sir, i’ve completed my masters in mathematics ,june2018. i want to prepare for CSE2019. and i’m good in mathematics but my GS is not good but still i’m very intrested in Gs. for Pre. and mains GS, i want to study Gs for CSE but i dont have enogh knowledge.plz give suggestion PRE/Mains Gs (for beganners)
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Congratulations sir for your success. I have maths as my optional. I am not able to find any book for calculus last topic ie. Area surface and volume. Can you suggest any book with relevant chapters. Thanks
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Please add numerical analysis in paper-2
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Sir, in ring theory by r kumar you mentioned ch.1,2,4 but according to the syllabus it should be ch 1,2,3 as ch3 is euclidean and polynomial rings while ch4 is extension fields. Is there any typo mistake by you or am I seeing it wrong?
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I think it wrote based on previous years questions.
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Hello Sir,
Are Power Series and Fourier Series in the syllabus?
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Power series yes, fourier no
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