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Calculus : - (Introduction of Calculus) - 1 Calculus is a very powerful tool in modern mathematics. It is also useful in science, engineering and economics etc,. Modern calculus was developed by Sir Isaac Newton and Gottfried Wilhelm Lebniz in 17th-century. For more videos please visit : www.ameenacademy.com Please subscribe our YouTube channel & Like our facebook page to keep Update on latest uploads. |
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Differentiation (Geometrical meaning) -- 2. Geometrical meaning of derivative of a function at a point is the slope of a tangent of the curve at that point. For more videos please visit : www.ameenacademy.com Please subscribe our YouTube channel & Like our facebook page to keep Update on latest uploads. |
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Differentiation : - ( Differentiation of function by first principle ) -- 3 Differentiation by first principle is deriving basic formula for derivative of a function. For more videos please visit : www.ameenacademy.com Please subscribe our YouTube channel & Like our facebook page to keep Update on latest uploads. |
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Differentiation : - ( Differentiation of e power x by first principle ) -- 4. Differentiation of functions by first principle is the basic approach of finding differentiation of that functions. For more videos please visit : www.ameenacademy.com Please subscribe our YouTube channel & Like our facebook page to keep Update on latest uploads. |
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Differentiation : - (Differentiation square root of x and 1/x by first principle) -5 Differentiation of algebraic function by first principle is the basic concept of finding differentiation by those functions. For more videos please visit : www.ameenacademy.com Please subscribe & Like our facebook page to keep Update on latest uploads. |
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Differentiation : - (Differentiation of Sinx by using first principle ) -- 6 Differentiation of trigonometric function by using first priciple is the basic concept of differentiation of those functions. For more videos please visit : www.ameenacademy.com Please subscribe & Like our facebook page to keep Update on latest uploads. |
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Differentiation : - ( Differentiation of Cosx by first principle ) -- 7 Differentiation of trigonometric functions from first principle is a basic concept of finding differentiation of those functions. For more videos please visit : www.ameenacademy.com Please subscribe our YouTube channel & Like our facebook page to keep Update on latest uploads. |
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Calculus : - ( Differentiation of Tanx by first principle ) -- 8. Differentiation tigonometric functions by first principle is the basic concept of finding derivative of those functions. For more videos please visit : www.ameenacademy.com Please subscribe our YouTube channel & Like our facebook page to keep Update on latest uploads. |
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Calculus : - ( Differentiation of Cosecx by first principle ) -- 9. Differentiation of trigonometric function by first priciple is the basic concept of differentiating those functions. For more videos please visit : www.ameenacademy.com Please subscribe our YouTube channel & Like our facebook page to keep Update on latest uploads. |
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Differentiation : - ( Differentiation of Secx by first principle ) -- 10. Differentiation of trigonometric function by using first principle is the basic concept of finding differentiation of those functions. For more videosa please visit : www.ameenacademy.com Please subscribe our YouTube channel & Like our facebook page to keep Update on latest uploads. |
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Differentiation : - ( Differentiation of Cotx by first principle ) -- 11. Differentiation of trigonometric function by using first principle is the basic concept of finding differentiation of those functions. For more videos please visit : www.ameenacademy.com Please subscribe our YouTube channel & Like our facebook page to keep Update on latest uploads. |
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Differentiation : - ( Differentiation of Sin inverse x by first principle ) -- 12. Differentiation of inverse trigonometric function by using first principle is the basic concept of finding differentiation of those functions. For more videos please visit : www.ameenacademy.com Please subscribe our YouTube channeel & Like our facebook page to keep Update on latest uploads. |
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Differentiation : - ( Differentiation Cos inverse x by first principle ) -- 13 |
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differentiation : - ( Differentiation of tan inverse X ) - 14. |
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differentiation : - ( Differentiation of Cosec inverse X ) - 15. |
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differentiation : - ( Differentiation of Sec inverse X ) - 16. |
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Calculus : - ( Differentiation of Cot inverse x by first priciple ) -- 17. |
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Differentiation : - ( Fundamental rules for differentiation ) --18. |
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Differentiation : - ( Product rule of differentiation by first principle ) -- 19. |
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Differentiation : - ( Quotient rule in differentiation ) -- 20. |
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Differentiation : - ( Differentiation of functions by chain rule ) -- 21. |
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Differentiation : - ( Differentiation of function of function ) - 22. |
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Differentiation : - ( Quotient rule in differentiation ; solving problems ) -- 23. |
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Differentiation : - ( Quotient rule for differentiation ; solving problems ) -- 24. |
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Calculus : - ( Differentiation Logarithmic & Exponential functions ) -- 25. |
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Calculus : - ( Differetiation of logarithmic functions ; problems ) -- 25 a |
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Calculus : - ( Logarithmic differentiation (solving problems ) -- 25. b |
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Differentiation : - ( Logarithmic differentiation solving problems ) -- 26 |
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Calculus : - (Differentiation of e power x , a power x ) -- 27 |
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Differentiation : - ( Differentiation of inverse trigonometric functions ) -- 28. |
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Calculus : - ( Differentiation of inverse trigonometric functions ) -- 29. |
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Calculus : - ( Differentiation of inverse trigonometry functions ; problem solving ) -- 30. |
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Differentiation : - ( Differentiation by trigonometrical substitution ; problem solving ) -- 31 |
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Differentiation : - ( Differentiation by trigonometrical substitution ; problem solving ) -- 32 |
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Differentiation : - Differentiation of implicit functions ( problem solving ) -- 33 |
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Differentiation : - ( Differentiation infinite expression ; problem solving ) -- 34 |
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Calculus : - ( Differentiation of parametric functions ; problem solving ) -- 35 |
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Differentiation : - ( Differentiation of a function with respect to other function ) -- 36. |
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Calculus : - Tangent and Normal ; introduction ) -- 38 |
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Calculus : - (Length of tangent, Normal, Sub tangent and Sub normal) -- 40 |
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Calculus : - Length of tangent, Normal, Sub tangent and Sub normal (problem solving ) -- 41 |
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Calculus : - Length of tangent, sub tangent, normal, sub normal (problem solving ) -- 42. |
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Calculus : - (Length of polar sub tangent and polar sub normal; problem solving) -- 43 |
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Differentiation : - ( Strictly increasing functions ) - 44. |
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Differentiation : - ( Strictly decreasing functions ) - 45. |
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Differentiation : - ( Neither strictly increasing nor strictly decreasing functions ) - 46.. |
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Differentiation : - ( Monotonic functions ) - 47. |
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Differentiation : - ( Increasing and decreasing functions ; Solving problems ) - 48. |
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Differentiation : - ( Increasing and decreasing functions ; Solving problems ) - 49. |
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Differentiation : - ( Maximum and minimum vulue of a fu nction ; Solving problem ) - 51. |
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Differentiation : - ( Local maxima or local minima of a function ; Solving problems ) - 53. |
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Differentiation : - ( Concavity and second derivative test ) - 54. |
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Differentiation : - ( Concavity test ; Solving problems ) - 55. |
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Differentiation : - ( Point of inflection ) - 56. |
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Differentiation : - ( Point of inflection ; Solving problems ) - 57. |
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Differentiation : - ( Point of inflection ; Solving problems.58 |
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Differentiation : - ( Minimum or maximum Gradient of the curve ; Solving problems ) - 59.. |
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Differentiation : - ( Maximum or minimum value of the function ; Solving problems ) - 60. |
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Differentiation : - ( Maxima and minima ; Solving problems ) - 61. |
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Differentiation : - ( Maxima and mina ; Solving problems ) - 62. |
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Differentiation : - ( Maxima and minima : Solving problems ) - 63. |
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Differentiation : - ( Maxima and minima ; Solving problems ) - 64. |
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Differentiation : - ( Maxima and minima ; Solving problems ) - 65. |
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Differentiation : - ( Maxima and minima ; Solving problems ) - 66. |
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Differentiation : - ( Rolles Theorem ) - 67. |
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Differentiation : - ( Rolles theorem ; Solving problems ) - 68. |
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Differentiation : - ( Rolles theorm ; Solving problems ) - 69. |
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Differentiation : - ( Lagranges mean value theorem ) - 70. |
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Differentiation : - ( Lagranges mean value theorem ; Solving problems ) - 71. |
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Differentiation - Lagranges mean value theorem ) - 72. |
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Differentiation : - ( Lagranges mean value theorem ; Solving problems ) - 73. |
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Differentiation : - ( Angle of intersection of two curves ; Solving problems ) - 74. |
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Differentiation : - ( Angle of intersection of two curves ) - 75. |
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Differentiation : - ( Orthogonal curves ; Solving problems ) - 76. |
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Differentiation : - ( Successive differentiation ; Introduction ) - 77. |
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Differentiation : - ( Successive differentiation ; Solving problems ) - 78. |
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Differentiation : - ( Successive differentiation ; Solving problems ) - 79. |
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Differentiation : - ( Successive differentiation; Solving problems ) - 80. |
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Differentiation : - ( Successive differentiation ; Solving problems ) - 79. |
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Differentiation : - ( Successive differentiation; Solving problems ) - 80. |
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Differentiation : - ( Successive differentiation ; Solving problems ) - 81. |
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Differentiation : - ( Successive differentiation ; Solving problems ) - 82. |
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Differentiation : - ( nth derivative of some standard functions ) - 83. |
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Differentiation : - ( nth derivative of standard functions ) - 84. |
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Differentiation : - ( nth derivative of a function ; Solving problems ) - 85. |
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Differentiation : - ( nth derivative of some standard functions ) - 86a. |
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Differentiation : - ( nth derivative of some function ; Solving problems ) - 87. |
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https://www.youtube.com/embed/0DtFiC303Q0?si=7Dxrl1lbpBh8TZuf |
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Differentiation : - ( Leibnitz theorem ; Solving problems ) - 89. |
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Differentiation : - ( Leibnitz theorem ; Solving problems ) - 90. |
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Differentiation : - ( Leibnitz theorem ; Solving problems ) - 91. |
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Differentiation: - ( Curvature and Radius of Curvature ) - 92. |
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Differentiation: - (Radius of Curvature in parametric form; Solving problems ) - 93. |
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Differentiation: - Radius of Curvature; Solving problem ) - 94. |
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Differentiation: - ( Curvature of a curve; Solving problems ) - 95 |
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Differentiation: - ( Radius of curvature of polar curves; Solving problem ) - 97. |
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Differentiation : - ( Rectilinear motion; Solving problems ) -100. |
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Differentiation : - ( Approximation by differentials; Solving problems ) - 101. |
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Differentiation : - ( Approximation by differentials ) - 102. |
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Differentiation : - ( Approximation by differentials ) - 103. |
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Differentiation : _ ( Sketching graph of parametric equations ) - 104. |
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Differentiation : - ( Parametric Vs Cartesian equations ) - 106. |
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Differentiation : - ( Parametric Vs Cartesian equations ) - 107. |
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Differentiation : - ( Parametric Vs Cartesian equations ) - 107. |
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