05:31
Expand log x in power of(x-1) by taylor's theorem and hence find the value of 1.1 RGPV PYQ M1
03:18
partial differential equation rgpv m1. f=(x^3+y^3+3xy) then proove that d^2f/dxdy=d62f/dydx
05:38
BEEE Most important numerical rgpv 1st year
03:30
Rolles theorem rgpv pyq m1 verify rolles theorem f(x^2)=(x^2)- x -12 at [-3,4]
00:54
Complete M2 rgpv Formula . one shot revision
05:56
solve (D^2 -4D+3)y=cos 2x differential equation by method cf,pi.RGPV pyq dec 2023 2(a)
06:51
Rgpv PYQ Dec 2023.solve (1+y^2)dx={tan^(-1)y-x}dy using leibnaitz linear method
04:57
RGPV PYQ Dec.2023 I (e^y+1)cosx dx=e^y.sinx dy=0 I q.1(b)
02:41
solve by using method of variation of parameters (d²y/dx²)+y=cosec x l Rgpv PYQ May 2019
03:58
part 2: power series/RGPV /M2 /BTech 2nd semester/ engineering mathematics/ 1 link in description
07:12
(1+x²)d²y/dx² + x(dy/dx) -y=0 .Power series M2 RGPV May 2019 PYQ .#secondorderdifferentialequation
05:50
residue of {ze^(z)}/(z-1)^3 Rgpv l cauchy residue l engineering mathematics l m2
07:11
Harmonic Conjugate u(x,y)=e^(x).cos y.Rgpv December 2023.
06:37
Determine f(z)=1/2 log(x²+y²)+i tan^(-1).[px/y] p so that the function is analytic.RGPV M2
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Math's Engineering mathematics
M1,M2,M3,M4
RGPV
6th to 12th
Science 6th to 12th
Easy concept
Basic formulas
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