, , Let r⃗_1(t)=3 t î+4 t^2ĵ and r⃗_2(t)=4 t^2î+3 t ĵ represent the positions of particles 1 and ...

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Let (r_1 ) ⃗(t)=(3ti ̂+〖4t〗^2 j ̂ ) represent the positions of particles 1 and 2 respectively as a Let (r_1 ) ⃗(t)=(3ti ̂+〖4t〗^2 j ̂ ) represent the positions of particles 1 and 2 respectively as a
Let r1(t)=3ti + 4t2j and r2(t) = 4t2i + 3tj represent the position of particels 1 and 2, respective Let r1(t)=3ti + 4t2j and r2(t) = 4t2i + 3tj represent the position of particels 1 and 2, respective
, , Two particles having position vectors (at t=0) r_1=(3 î+5 ĵ) metres and r_2=(-3 î-1 ĵ) PIV me... , , Two particles having position vectors (at t=0) r_1=(3 î+5 ĵ) metres and r_2=(-3 î-1 ĵ) PIV me...
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The position vector of a particle R as function of time is given by R=4sin(2πt)i + 4cos(2πt)j where The position vector of a particle R as function of time is given by R=4sin(2πt)i + 4cos(2πt)j where
Let r1(t)=3ti^ +4t2j^ and r2 (t)=4t2i^ +3tj^. Represent the positions of particles 1 Let r1(t)=3ti^ +4t2j^ and r2 (t)=4t2i^ +3tj^. Represent the positions of particles 1
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11th physics example 2.21.The position vector of a particle is given by r = 2t î + 3t² ĵ ......... 11th physics example 2.21.The position vector of a particle is given by r = 2t î + 3t² ĵ .........