Learners should know about the general characteristics of the Maxwell-Boltzmann distribution. Learners will be expected to know the derivation of the equation for mean kinetic energy being equal to 3/2kT. HSW1,2 5.2 Circular 4 contains formulae and units relating to circular motion motion. Demonstrations involving . A resource on . HSW1,2,5,9 PAG 10.1 Investigating simple harmonic motion 5.3 Oscillations 5 from Nuffield and the IoP. PAG 10.2 Investigating damped oscillations HSW1,2,5,6,9,12 PAG 10.3 Comparing static and dynamic values for the spring constant 5.4 Gravitational 5 for new content to specification. fields Learners are expected to link their understanding of gravitational and electric fields. Learners are expected to be able to derive equation linking T2 to r3. Kepler’s Learners are expected to be able to predict geostationary orbits using Newtonian laws. Learners are expected to be able to link the concept of escape velocity to the escape of atoms from the atmosphere of planets. HSW1,2,5,7,9,10
Learners should know about the general characteristics of the Maxwell-Boltzmann distribution. Learners will be expected to know the derivation of the equation for mean kinetic energy being equal to 3/2kT. HSW1,2 5.2 Circular motion 4 contains formulae and units relating to circular motion. Demonstrations involving . A resource on . HSW1,2,5,9 5.3 Oscillations 5 PAG 10.1 Investigating simple harmonic motion PAG 10.2 Investigating damped oscillations PAG 10.3 Comparing static and dynamic values for the spring constant from Nuffield and the IoP. HSW1,2,5,6,9,12 5.4 Gravitational fields 5 for new content to specification. Learners are expected to link their understanding of gravitational and electric fields. Learners are expected to be able to derive Kepler’s equation linking T2 to r3. Learners are expected to be able to predict geostationary orbits using Newtonian laws. Learners are expected to be able to link the concept of escape velocity to the escape of atoms from the atmosphere of planets. HSW1,2,5,7,9,10
400647-scheme-of-work.docx