Derivations of motion in a straight line class 11

Answer:

Explanation:

Well its a long list, so lets follow it chapter wise……

Units and dimensions - parallax method

motion in a straight line - derivation of kinematic equations by graphical and calculus method.

motion in a plane - vector addition, equation of path of projectile including max height, horizontal range and time of flight, uniform circular motion-expression of centripetal acceleration.

laws of motion-derivation of first and third law from second law, impulse-momentum theorem, conservation of momentum, relation between angle of friction and angle of repose with resultant acceleration and contact force, motion of a car in leveled road and banked road, bending of cyclist on level road.

work, energy and power - expression for KE by calculus method, work-energy theorem for a constant and variable force, motion in vertical circle, PE of a spring, one dimension collision(elastic and inelastic), two dimension collision(elastic and inelastic).

system of particles and rotational motion - relations between rotational and linear motion, relation between torque and angular momentum and moment of inertia, mechanical advantages, conservation of angular momentum, rolling motion(energy, velocity, acceleration and time).

gravitation - kepler’s laws, relation between g & G, g value above and below the surface of the earth, escape velocity and orbit velocity.

mechanical properties of solids - relation between young’s modulus, bulk modulus, shear modulus and poisson’s ratio.

mechanical properties of fluids-variation of pressure and depth, Archimedes principle, equation of continuity, bernoulli’s theorem, speed of efflux, venturimeter, terminal velocity, drops & bubbles.

thermal properties of matter - linear, areal, volume expansion, thermal stress, newtons law of cooling.

thermodynamics - Cp - Cv = R, work done in isothermal, adiabatic process, carnot engine.

kinetic theory - law of equipartition of energy, degree of freedom.

oscillations - SHM(displacement,velocity,acceleration,amplitude and intensity), spring combinations, time period of simple pendulum, energy in SHM.

waves - doppler effect.

Hope it helps…!!!

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