5. Can I interpret velocity–time graphs including: a) area under graph is displacement b) gradient is acceleration ? c) objects in freefall taking into account air resistance and changing surface area (covered in 1.2 Forces)? 6. Can I draw and interpret acceleration time graphs using – information obtained from a velocity time graph for motion with ? – a constant acceleration? 7. Can I identify and interpret motion time graphs of: – a) bouncing objects and ? b) objects thrown vertically upwards? How well can you 1.2 Forces, Energy and Power Covered () do this? 8. Can I analyse the motion of an object using free body diagrams ? and Newton’s first and second laws?
5. Can I interpret velocity–time graphs including: a) area under graph is displacement b) gradient is acceleration c) objects in freefall taking into account air resistance and changing surface area (covered in 1.2 Forces)? ? 6. Can I draw and interpret acceleration – time graphs using information obtained from a velocity – time graph for motion with a constant acceleration? ? 7. Can I identify and interpret motion – time graphs of: a) bouncing objects and b) objects thrown vertically upwards? ? 1.2 Forces, Energy and Power Covered () How well can you do this? 8. Can I analyse the motion of an object using free body diagrams and Newton’s first and second laws? ?
CfE-Higher-Physics-Unit-1-LOs.docx