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aipmt syllabus physics aipmt syllabus physics unit 1 introduction and measurement what is physics scope and excitement physics in relation to science society and technology need for measurement units for measurement systems of units ­ si fundamental and derived units dimensions and their applications others of magnitude accuracy and errors in measurement ­ random and instrumental errors significant figures and rounding off graphs trignometric functions simple indeas of difference and integration unit 2 description of motion in one dimension objects in motion in one dimension motion in straight line unit and direction for time and position measurement uniform motion its graphical representation and formulae speed and velocity relative velocity instantaneous velocity unifomaly acceleratd motion its velocity ­ time graph position-time graph and formulae general relation between position and velocity application accelerated motion acceleration in general one ­ dimensional motion unit 3 description of motion in two and three dimensions know more about birla institute of technology and science aptitude test chemistry sample paper exams.edurite.com page 1/3

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vectors and scalars vectors in two dimensions general ­ vectors vector addition and multiplication by a real number zero ­ vector and its properties resolution of a vector in place rectangular components scalar and vector products motion in two dimensions cases of uniform velocity and uniform acceleration ­ projectile motion general relation among position ­ velocity ­ acceleratin for motion in a plane ­ uniform circular motion motion of objects in three dimensional space elementary ideas unit 4 laws of motion force and inertia first law of motion momentum second law of motion impulse some kinds of forces in nature third law of motion conservation of momentum rocket propulsion equilibrium of concurrent forces static and kinetic friction laws of friction rolling friction lubrication inertial and non-inertial frames elementary ideas unit 5 work energy and power work done by a constant force and by a variable force unit of work kinetic energy power elastic collision in one and two dimensions potential energy gravitational potential energy and its conversion to kinetic energy potential energy of a spring different forms of energy mass energy equivalence conservation of energy unit 6 rotational motion centre of mass of a two ­ particle system momentum conservation and center of mass motion centre of mass of rigid body general motion of a rigid body nature of rotational motion rotational motion of a single particle in two dimensions only torque angular momentum and its geometrical and physical meaning conservation of angular momentum examples of circular motion car on a level circular road car on banked road pendulum swinging in a vertical plane moment of inertia its ­ physical significance parallel axis and perpendicular axis theorem statements only read more about all india pre medical test physics syllabus exams.edurite.com page 2/3

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thank you exams.edurite.com

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