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13 Dec 2019
(in parenthesis means arrow above letter)*
the vector position of a particle varies in time according to theexpression
(r)=3.00i - 6.00t(squared)j. where (r) is in meters and t is inseconds. a) find an expression for the velocity of the particle asa function of time. b) determine the acceleration of the particleas a function of time. c) calculate the particle's position andvelocity at t=1.00s.
(in parenthesis means arrow above letter)*
the vector position of a particle varies in time according to theexpression
(r)=3.00i - 6.00t(squared)j. where (r) is in meters and t is inseconds. a) find an expression for the velocity of the particle asa function of time. b) determine the acceleration of the particleas a function of time. c) calculate the particle's position andvelocity at t=1.00s.
arindammLv6
29 Oct 2023
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Keith LeannonLv2
16 Dec 2019
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