Objects A and B have positions as functions of time given by A (t) = ati + t²3 and 7Â(t) = ßtî + ot²3, respectively, where • α = 2.27 m/s • Y = 3.27 m/s² . В 2.61 m/s • σ= -1.95 m/s² t = 0.4 s = Determine the distance |A7| between them at t = 0.4 s.

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Objects A and B have positions as functions of time given by (t) = ati + yt² j
and TÂ(t) = ßti + ot², respectively, where
• α =
2.27 m/s
3.27 m/s²
Ύ
7
В
2.61 m/s
• J = -1.95 m/s²
t= = 0.4 s
=
=
Determine the distance |A7| between them at t = 0.4 s.
Transcribed Image Text:Objects A and B have positions as functions of time given by (t) = ati + yt² j and TÂ(t) = ßti + ot², respectively, where • α = 2.27 m/s 3.27 m/s² Ύ 7 В 2.61 m/s • J = -1.95 m/s² t= = 0.4 s = = Determine the distance |A7| between them at t = 0.4 s.
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Step 1

Solution:-Given thatrA(t)=αti^+γt2j^rB(t)=βti^+σt2j^where α=2.27 m/sγ=3.27 m/s2β=2.61 m/sσ=-1.95 m/s2t=0.4 s

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