A particle move so that its position verctor varies with time as `vec r=A cos omega t hat i + A ...

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A particle moves so that its position vector varies with time as `vec(r )= A cos omegathat(i)+A sin A particle moves so that its position vector varies with time as `vec(r )= A cos omegathat(i)+A sin
A particle move so that its position verctor varies with time as `vec r=A cos omega t hat i + A sin A particle move so that its position verctor varies with time as `vec r=A cos omega t hat i + A sin
A particle moves so that its position vector varies with time as `vec(r)=A cos omega t A particle moves so that its position vector varies with time as `vec(r)=A cos omega t
A particle moves so that it A particle moves so that it's position vector is given by r = cos omega t x̌+ sin omega tŷ
A particle moves such that its position vector r(t) = cos ωt i^ + sin ωt j^, where ω is a constant. A particle moves such that its position vector r(t) = cos ωt i^ + sin ωt j^, where ω is a constant.
A particle moves so that its position vector is given by 𝑟 ⃗= cos ωt i ̂ + sin ωt j ̂ , where ω A particle moves so that its position vector is given by 𝑟 ⃗= cos ωt i ̂ + sin ωt j ̂ , where ω
A particle moves so that its position vector is given by, where is a constant. Which of the follow A particle moves so that its position vector is given by, where is a constant. Which of the follow
A particle moves so that its position vector is given by r = cos wt x cap + sinwt y cap , where w is A particle moves so that its position vector is given by r = cos wt x cap + sinwt y cap , where w is