Teacher Delivery Guide Mechanics: Models and Quantities Ref. Learning outcomes Notes Notation Exclusions Specification MECHANICS: MODELS AND QUANTITIES (1) Know the language used to describe simplifying Including the words: light; smooth; Standard Mp31 assumptions in mechanics. uniform; particle; inextensible; thin; models in rigid; long term. mechanics Understand and use the particle model. p32 Understand and use fundamental quantities Units and p33 Metre (m), kilogram (kg), second (s). and units in the S.I. system: length, time, quantities mass. Understand and use derived quantities and units: p34 Metre per second (m s–1), metre per velocity, acceleration, force, weight. second per second (m s–2), newton (N). MECHANICS: MODELS AND QUANTITIES (2) Understand and use derived quantities and units: Units and p35 Newton metre (N m). moment. quantities
Teacher Delivery Guide Mechanics: Models and Quantities Specification Ref. Learning outcomes Notes Notation Exclusions MECHANICS: MODELS AND QUANTITIES (1) Standard models in mechanics Mp31 Know the language used to describe simplifying assumptions in mechanics. Including the words: light; smooth; uniform; particle; inextensible; thin; rigid; long term. p32 Understand and use the particle model. Units and quantities p33 Understand and use fundamental quantities and units in the S.I. system: length, time, mass. Metre (m), kilogram (kg), second (s). p34 Understand and use derived quantities and units: velocity, acceleration, force, weight. Metre per second (m s–1), metre per second per second (m s–2), newton (N). MECHANICS: MODELS AND QUANTITIES (2) Units and quantities p35 Understand and use derived quantities and units: moment. Newton metre (N m).
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