Section 1: units, error, precise and accurate , random and systematic , vectors and scalers
Section 2:elastic and inelastic collision, moments , upthrust , total equilibrium meaning no resultant force and no resultant torque , power = Fv, circular motion, damping and resonance, temperature, specific heat capacity and latent heat, ideal gas equation ,
Section 3: polarisation , Intensity and amplitude2, Intensity = Power /area, stationary wave , young double slit and diffraction grating , diffraction , phase angle, path difference = constructive or destructive interference.
Section 4: R=pL/A, I-V characteristic, potential divider , potentiometer, parallel and series resistance, thermistor and LDR in potentiometer,balance length, F=BIl, magnetic flux pattern, parallel current, solenoid ,charged particle in B field, rectification.
Section 5: photoelectric effect, debroy wavelength , energy level , uncertainty principle, tunnelling ,lasers , depletion region , binding energy per nucleon. nature of alpha , beta and gamma.
I checked against page 8-13 in TYS
