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a.
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define position vector
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b.
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write position vector in unit vector notation
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c.
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define and give examples of instantaneous velocity
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d.
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define and give examples of average velocity
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e.
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define and give examples of average acceleration
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f.
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define and give examples of instantaneous acceleration
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g.
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distinguish between acceleration and deceleration
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h.
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explain uniformly accelerated motion
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i.
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distinguish between displacement and distance
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j.
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draw and label the system for a physical situation (problem)
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k.
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draw and label the temporal model of a physical system (kinematic)
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l.
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write the mathematical model for a physical kinematic system (five equations for uniformly accelerated motion)
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m.
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make appropriate substitutions into the five equations for uniformly accelerated motion
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n.
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solve five equations (of motion) "simultaneously"
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o.
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apply unit analysis in solutions
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p.
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from R(t) calculate v(t)
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q.
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from R(t) calculate a(t)
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r.
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from a(t) calculate v(t) or R(t)
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s.
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sketch R vs t for constant v and/or constant a
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t.
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sketch V vs t for constant a
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u.
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sketch a vs t for constant a
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