Local maximum

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• Power series are differentiable inside the radius of convergence 002X7EK91H
• A function with zero derivative is constant 003QDZ4T16
• Natural logarithm 0044CPHJBV
• A differentiable function is convex iff its derivative is increasing 005JT76HCK
• Taylor's theorem with the Cauchy remainder 005Q84BMAD
• Euler–Mascheroni constant 00C5P9JZBK
• The logarithm grows slower than any power 00DGYY10FV
• Derivative of sine 00R4MWW532
• 1 + x is at most exp x 012C7GFF20
• Reduction formula 012RYET5E2
• Rolle's theorem 0194DY35BG
• First derivative test 01A2EGXJEM
• cos pi = -1 01A8JGR4JM
• sin x / x tends to 1 01QSSKS5C1
• A function with nonnegative derivative is increasing 026BJBQNGJ
• Inverse trigonometric functions 02HTDK1FBD
• Cauchy mean value theorem 02SYZAWM2K
• Leibniz formula for pi 037FD5NBRT
• Integral of exp(-x) over the half line 039JAF7ZAN
• Pythagorean trigonometric identity 03H7WZ4T3K
• log x is at most x - 1 04CBRA4JRK
• Inverse hyperbolic functions 04D7CHT5V1
• Integral of cosine 04WTBQ7APQ
• Derivative of arctangent 05P4B4Q22V
• Harmonic numbers grow like log n 05S2GSPMGA
• Integral of the exponential function 06D0EWR2DV
• A function with positive derivative is strictly increasing 07J5X2T1ZX
• Derivative of the logarithm 07X1QA6BRW
• Integration by parts 08Y1BBQTK9
• Arcsine 0B89D93YA1
• Mean value theorem 0BARQY52N5
• pi 0C1VYVNV2N
• Uniform convergence of derivatives allows term-by-term differentiation 0CS42KEM5C
• Integration by substitution 0D37QFPEZE
• The exponential function is convex 0D7GRZ2ADX
• Basel problem 0DMY75D6FV
• Trigonometric substitution 0EAR3KNRTN
• The gamma function extends the factorial 0FDCW77H44
• Second derivative test 0FZFHK97P7
• Derivative of arcsine 0GA6G43EA9
• Area under a curve 0GXA8Z205E
• Integral of sine 0GXCXCX3QN
• Dirichlet integral 0GZNSHMG4Q
• Taylor's theorem with the Lagrange remainder 0H5ZAZCX2T
• Logarithm of a quotient 0J7PHRBNNS
• L'Hôpital's rule 0JWT4PPQ7B
• Integral of 1/x 0K1N1Y4EGZ
• Logarithm of a product 0K2FNY6DYV
• Stirling's formula 0KC0F51T6A
• The exponential function is strictly increasing 0KN2V7840E
• Derivative of x^a 0KY08TWDMQ
• Fundamental theorem of calculus 0NHGY0N0JB
• Local minimum 0NS8BP96QX
• Sine is 2π-periodic 0P4NQD746K
• A function with bounded derivative is Lipschitz 0P64VE79X3
• Fermat's theorem on stationary points 0PCVBRV9VJ
• Integral of a power 0Q3HYFT9RQ
• Darboux's theorem 0Q5A47J48D
• Irrationality of pi 0QHZX1PK8V
• pi is greater than 3 0R7SVNYTJS
• Arccosine 0RDP2HEFEW
• Logarithm is the inverse of the exponential 0RKW2X63YR
• Power-reduction formula for cosine 0S049HG1W5
• Indeterminate form 0S7G92KKA7
• Derivative of tangent 0SAMR34WXC
• Power series of arctangent 0T32ME0A6H
• Term-by-term differentiation 0TJ8QBJX5K
• Real exponentiation 0TV07AQT62
• Derivative of cosine 0V2DV29EGT
• Logarithm of a power 0V948DE5KA
• Improper integral of x^p on an unbounded interval 0VGKB2NC4T
• Tangent half-angle substitution 0W8ETY2AZ6
• Integration by partial fractions 0WBTWFXJQG
• x^2 sin(1/x) is differentiable with discontinuous derivative 0WDAKKN4NC
• Taylor's theorem with the integral remainder 0WJGR81HBD
• Wallis product 0XCYA4YERS
• Second fundamental theorem of calculus 0XYAFCN0PT
• Mercator series 0YZXNE3HFR
• A function with nonnegative second derivative is convex 0Z41C17TGP
• The logarithm is strictly concave 0ZS54B9GJF