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PhoenixFire
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Particle moving in spiral where decreasing radius r is given by \(r=bct\) and the angular velocity increases \(w=kt\) . Where b,c,k are constants.
What is the speed as a function of t? What is the speed when r=0?
if tangential velocity is given by \(v=wr\) would that mean the speed is \[s(t)=wr=(kt)(bct)\]
 7 months ago
 7 months ago
PhoenixFire Group Title
Particle moving in spiral where decreasing radius r is given by \(r=bct\) and the angular velocity increases \(w=kt\) . Where b,c,k are constants. What is the speed as a function of t? What is the speed when r=0? if tangential velocity is given by \(v=wr\) would that mean the speed is \[s(t)=wr=(kt)(bct)\]
 7 months ago
 7 months ago

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