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Engineering mechanics : - C.G. of parabolic spandrel. Integration is more useful to find the formulaof c.g. of parabolic spandrels etc. For more videos visit: www.ameenacademy.com Subscribe YouTube channel. |
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Engineering mechanics : - C,G. of sector of a circle by method of integration. Integration is more useful to find the formula for c g of sector of a cirlce. For more videos please visit : www.ameenacademy.com Subscribe YouTube channel. |
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Engineering mechanics : - C.G. of quarter ellipse by method of Integration.By using method of integration we can find the C.G. formula for plane figures. For more videos please visit : www.ameenacademy.com Subscribe YouTube channel. By using method of integration we can find the C.G. formula for plane figures. For more videos please visit : www.ameenacademy.com Subscribe YouTube channel. |
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Engineering mechanics : - C.G. of semi circle by method of integration. Method of Integration is useful to find the formula for C.G. of plane figures. For more videos please visit : www.ameenacademy.com Subscribe YouTube channel. |
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Engineering mechanics : - C.G. of triangle by integration. By method of Integration we can find the formula for C.G. of plane figures. For more videos please visit : www.ameenacademy.com Subscribe YouTube channel. |
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Engineering mechanics : - C.G. of Composite plane figure (Problem solving 4 ) To fing C.G of composite plane figure by method of moment of areas means to find the point at which the complete area is balanced at that point. For more videos please visit www.ameenacademy.com Subscribe YouTube channel. |
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Engineering mechanics : - C.G. of composite plane figure ( problem solving 3 ) C.G.of composite figures by method of moments of areas means to find the point at which the complete area is balanced at that point. For more videos please visit : www.ameenacademy.com Subscribe YouTube channel. |
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Engineering Mechanics : - ( C.G. Solid Cone by Integration ) - 10. |
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Engineering Mechanics : - ( C.G. of Solid Semi Circular Cone by Integration ) - 11. |
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Engineering Mechanics : - ( C.G. of Solid Square based Pyramid by Integration ) - 12. |
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Engineering Mechanics : - ( C.G. of Solid Paraboloid by Integration ) - 13. |
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Engineering Mechanics : - ( C.G. of Solid Hemi - Sphere by Integration ) - 14. |
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Engineering Mechanics : - ( C.G. of Composite Solid Bodies ; Solving problems ) - 15. |
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Engineering Mechanics : - ( C.G. of Composite Solid Bodies ; Solving problems ) - 16. |
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Engineering Mechanics : - ( C.G. of Composite Solid Bodies ; Solving problems ) - 17. |
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Engineering Mechanics : - ( C.G. of Composite Solid Bodies ; Solving problems ) - 18. |
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Engineering Mechanics : - ( Moment of Inertia ; Introduction ) - 19. |
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Engineering Mechanics : - ( Moment of Inertia ; Theorem of Perpendicular Axes ) - 20. |
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Engineering Mechanics : - ( Moment of Inertia ; Theorem of Parallel Axes ) - 21. |
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Engineering Mechanics : - ( Moment of Inertia of Rectangular Section by Integration ) - 22. |
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Engineering Mechanics : - ( Moment of Inertia of Triangular Section by Integration ) - 23. |
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Engineering Mechanics : - ( Moment of Inertia Circular Section by Integration ) - 24. |
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Engineering Mechanics : - ( Moment of Inertia of Semi Circular Section by Integration ) - 25. |
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Engineering Mechanics : - ( Moment of Inertia of Composite Section ) - 26. |
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Engineering Mechanics : - ( Moment of Inertia of Composite Section ; Problem solving ) - 27. |
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Engineering Mechanics : - ( Moment of Inertia of Composite Section ; Problem solving ) - 28. |
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Engineering Mechanics : - ( Moment of Inertia of Built up Section ; Problem solving ) - 29. |
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Engineering mechanics : - ( Friction ; Introduction ) - 30. |
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Engineering Mechanics : - ( Laws of Friction ) - 31. |
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Engineering Mechanics : - ( Friction on rough horizontal plane ; solving problem ) - 32. |
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Engineering Mechanics : - ( Friction in rough horizontal plane ; Problem solving ) - 34. |
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Engineering Mechanics : - ( Friction in rough horizontal plane ; Problem solving ) - 33. |
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Engineering Mechanics : - ( Equilibrium of a body on rough inclined plane ) - 35. |
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Engineering Mechanics : - ( Equilibrium of body on rough horizontal plane ; solving problems ) - 36. |
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Engineering Mechanics : - ( Equilibrium of body on rough horizontal plane ) - 37. |
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Engineering Mechanics : - ( Equilibrium of body on inclined plane ; Solving problem ) - 38. |
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Engineering Mechanics : - ( C.G. of plane figures ; Introduction ) - 1. |
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Engineering Mechanics : - ( Friction ; Equilibrium of body on rough inclined plane ) - 39. |
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Engineering Mechanics : - ( Friction ; Rough inclined plane ; Solving problem ) - 40. |
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Engineering mechanics : - ( Lader Friction ; Introduction ) - 41. Friction is the force that makes it difficult for one object to slide along the surface of another object. Application of Friction : Lader Friction. For more videos please visit : www.ameenacademy.com Subscribe our YouTube channel and get latest Uploads. |
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Engineering mechanics : - ( Lader Friction ; Solving problem ) - 42. Friction is the force that makes it difficult for one object to slide along the surface of another object. Application of Friction : Lader Friction. For more videos please visit : www.ameenacademy.com Subscribe our YouTube channel and get latest Uploads. |
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Engineering mechanics : - ( Lader Friction ; Solving problem ) - 43. Friction is the force that makes it difficult for one object to slide along the surface of another object. Application of Friction : Lader Friction. For more videos please visit : www.ameenacademy.com Subscribe our YouTube channel and get latest Uploads. |
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Engineering mechanics : - ( Lader Friction ; Solving problem ) - 44. Friction is the force that makes it difficult for one object to slide along the surface of another object. Application of Friction : Lader Friction. For more videos please visit : www.ameenacademy.com Subscribe our YouTube channel and get latest Uploads. |
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Engineering mechanics : - ( Application of friction ; Wedge friction ) - 45. Friction is the force that makes it difficult for one object to slide along the surface of another object. Application of Friction : Wedge Friction. For more videos please visit : www.ameenacademy.com Subscribe our YouTube channel and get latest Uploads. |
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Engineering mechanics : - ( Application of friction ; Wedge Friction ; Solving problem ) - 46. Friction is the force that makes it difficult for one object to slide along the surface of another object. Application of Friction : Wedge Friction ; Solving problem. For more videos please visit : www.ameenacademy.com Subscribe our YouTube channel and get latest Uploads. |
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Engineering mechanics : - ( Application of Friction ; Screw Friction ; introduction ) - 47. Friction is the force that makes it difficult for one object to slide along the surface of another object. Application of Friction : Screw Friction ; Introduction. For more videos please visit : www.ameenacademy.com Subscribe our YouTube channel and get latest Uploads. |
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Engineering mechanics : - ( Application of friction ; Screw jack ) - 48. Friction is the force that makes it difficult for one object to slide along the surface of another object. Application of Friction : Screw Friction ; Introduction. For more videos please visit : www.ameenacademy.com Subscribe our YouTube channel and get latest Uploads. |
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Engineering mechanics : - ( Screw jack ; Solving problems ) - 50. Friction is the force that makes it difficult for one object to slide along the surface of another object. Application of Friction : Screw Friction ; Solving problems. For more videos please visit : www.ameenacademy.com Subscribe our YouTube channel and get latest Uploads. |
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Engineering mechanics : - ( Linear motion ; Introduction ) - 51. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Motion under uniform acceleration. For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Deriving equations of motion ) - 52. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Motion under uniform acceleration. Deriving equations of motion . For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Deriving equation motion by calculus ) - 53. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Motion under uniform acceleration. Deriving equations of motion by calculus . For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Equation of motion ; Solving problems ) - 54. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Motion under uniform acceleration. Equations of motion Solving problems . For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Equations of motion ; Solving problems ) - 55. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Motion under uniform acceleration. Equations of motion Solving problems . For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Equations of motion ) - 56. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Motion under uniform acceleration. Equations of motion Solving problems . For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Equations of motion ; Solving problems ) - 57. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Motion under uniform acceleration. Equations of motion Solving problems . For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Equations of motion ; Solving problems ) - 58. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Motion under uniform acceleration. Equations of motion Solving problems . For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Motion under gravity ; Introduction ) - 59. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Motion under gravity ; Introduction . For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Motion under gravity ; Solving problems ) - 60. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Motion under gravity ; Solving problems . For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Motion under gravity ; Solving problems ) - 61. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Motion under gravity ; Solving problems . For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Motion under gravity ; Solving problems ) - 62. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Motion under gravity ; Solving problems . For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Distance traveled in nth second ) - 63. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Distance traveled n th second ; For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Distance traveled in nth second ; Solving problems ) - 64. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Distance traveled in n th second ; Solving problems . For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Distance traveled in n th second : Solving problems ) - 65. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Distance traveled in n th second ; Solving problems . For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Velocity, Distance, time graph ; Solving problems ) - 67. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Velocity, distance, time graph ; Solving problems . For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Velocity, distance , time graph ) - 66. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Velocity, distance, time graph ; Solving problems . For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Velocity, distance, time graph ; Solving problems ) - 68. Linear motion : Motion in a straight line is called linear motion. It is also called rectilinear motion. Velocity, distance, time graph ; Solving problems . For more videos please Visit : www.ameenacademy.com Subscribe our YouTube channel and Share to get recent Uploads. |
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Engineering mechanics : - ( Motion and variable acceleration ) - 69. |
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Engineering mechanics : - ( Linear motion ; Solving problems ) - 72. |
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Engineering mechanics : - ( Forces ; Introduction ) - 74 |
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https://www.youtube.com/embed/iWZx18sgUmA?si=4pf0BUmo4BjxI6Nf |
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Engineering mechanics : - ( Parallelogram law of forces; Solving problems ) - 76 |
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( Engineering mechanics ; Resolution of forces ; Introduction ) - 77 |
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Engineering mechanics : - ( Resolution of forces ; Solving problems ) - 78 |
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Engineering mechanics : - ( Resolution of forces ; Solving problems ) - 79. |
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Engineering mechanics : - ( Resolution of forces ; Solving problems ) - 80. |
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Engineering mechanics : - ( Moments ; Introduction ) - 81. |
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Engineering mechanics : - ( Moment of the forces ; Solving problems ) - 82. |
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Engineering mechanics : - ( Moment of the forces ; Solving problems ) - 83. |
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Engineering mechanics 84 |
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Engineering mechanics 85 |
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Engineering mechanics 86 |
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Engineering mechanics 87 |
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Engineering mechanics 88 |
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Engineering mechanics 89 |
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Engineering mechanics 90 |
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Engineering mechanics 91 |
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Engineering mechanics 92 |
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Engineering mechanics 93 |
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Engineering mechanics 94 |
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Engineering mechanics 95 |
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Engineering mechanics 96 |
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Engineering mechanics 97 |
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Engineering mechanics 98 |
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Engineering mechanics 99 |
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Engineering mechanics 100 |
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Engineering mechanics 101 |
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Engineering mechanics 102 |
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Engineering mechanics 103 |
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Engineering mechanics 104 |
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Engineering mechanics 105 |
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Engineering mechanics 106 |
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Engineering mechanics; Laws of motion; Motion of lift; Solving problem) - 107. |
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Engineering mechanics: - (Motion on inclined plane ) - 108. |
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Engineering mechanics: - (Motion on inclined plane; Solving problem) - 109. |
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Engineering mechanics 110 |
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Engineering mechanics: - (Motion of connected bodies; Solving problem) - 111 |
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Engineering mechanics: - (Motion of connected bodies; Solving problem) - 112 |
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Engineering mechanics 113. |
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Engineering mechanics 114. |
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Engineering mechanics 116 |
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Engineering mechanics (Solving problem) : - 118 |
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Engineering mechanics 119 |
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Engineering mechanics 120. |
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Engineering mechanics : - ( Deflection Helical springs; Series and Parallel )- 121. |
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Engineering mechanics: (Deflectiin of Helical springs; series and parallel) :- 122. |
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Engineering mechanics : - ( Simple Pendulum; Introduction ) - 83. |
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Engineering mechanics : - ( Simple Pendulum; Solving problem ) - 84. |
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Engineering mechanics : - (Gain or loss in the number of oscillations in simple pendulum ) - 125 |
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Engineering mechanics : - (Gain or loss in the number of oscillations in simple pendulum ) - 126. |
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Engineering mechanics: - (Gain or loss in the number of oscillations in simple pendulum ) 126. |
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Engineering Mechanics : - ( Compound Pendulum; Introduction ) - 128. |
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Engineering Mechanics: - ( Compound Pendulum ; Solving problems ) -129. |
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Engineering Mechanics: - ( Center of Percussion; Introduction ) -130. |
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Engineering Mechanics : - ( Center of Percussion; Solving problems ) -131. |
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Engineerin Mechanics: - ( Compound Pendulum; Introduction ) - 132. |
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Engineering Mechanics; - ( Conical Pendulum ; Solving problems ) - 133. |
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Engineering Mechanics: - ( Collision of Elastic Bodies; Introduction ) - 133. |
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Engineering Mechanic: - ( Loss of kinetic Energy of elastic collision ) - 136. |
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Engineering Mechanics: - ( Loss of kinetic energy; Solving problem ) - 137. |
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Engineering Mechanics: - ( Indirect impact; Introduction ) - 138. |
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Engineering Mechanics: - ( Direct Impact of a Body with fixed plane; Solving problem ) - 140. |
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Engineering Mechanics: - ( Indirect Impact of body with a fixed plane ) - 141 |
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Engineering Mechanics; - ( Motion in Circular path; Introduction ) -142. |
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Engineering Mechanics: - ( Centripetal acceleration and Centripetal force ) - 143. |
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Engineering Mechanics: - ( Centrifugal Force; Solving problems ) - 144. |
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Engineering Mechanics: - ( Super Elevation ) - 145. |
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Engineering Mechanics: - ( Effect of super elevation in railway ) - 146. |
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Engineering Mechanics: - ( Reaction of vehicles moving level circular path ) - 147. |
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Engineering Mechanics: - ( Reaction of vehicles moving level circular path; Solving problem ) - 149. |
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Engineering Mechanics: - ( Support Reaction; Introduction ) 151. |
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Engineering Mechanics: - ( Types of Loading ) - 152. |
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engineering Mechanics: - ( Finding reactions of simply supported beam ) - 153. |
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Engineering Mechanics: - ( Reaction of simply supported beam with uniformly varying loads ) - 154. |
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Engineering Mechanics: - ( Reaction in Overhung Beams )- 156. |
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Engineering Mechanics: - ( Hinged Beams ) - 157. |
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Engineering Mechanics: - ( Reaction of a Frame or a Truss ) - 158. |
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Engineering Mechanics: - ( Reaction of a Frame or a Truss; Solving problem ) - 159. |
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Engineer. Ahamed Ameen UAE & INDIA
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