The position vector of a particle is r=(acosωt)i+(asinωt)j​. The velocity of the particle is

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The position vector of a particle is r=(acosωt) î+(asinωt) ĵ. The velocity of the particle is (a)... The position vector of a particle is r=(acosωt) î+(asinωt) ĵ. The velocity of the particle is (a)...
The position vector of a particle is . The velocity of the particle is (a) Parallel to the position The position vector of a particle is . The velocity of the particle is (a) Parallel to the position
Q.5 The position vector r of a particle is givenby r = (Asinωt)ˆi + (Acosωt)ˆj.  If v is velocity Q.5 The position vector r of a particle is givenby r = (Asinωt)ˆi + (Acosωt)ˆj.  If v is velocity
The position vector of a particle is vector r = (a cos wt ) i + ( a sin wt ) j . The velocity .... The position vector of a particle is vector r = (a cos wt ) i + ( a sin wt ) j . The velocity ....
The position vector of a particle is 𝒓 ⃗=(𝒂𝒄𝒐𝒔𝝎𝒕) 𝒊 ̂+(𝒂 𝐬𝐢𝐧⁡𝝎𝒕 ). The velocity of the particle is: The position vector of a particle is 𝒓 ⃗=(𝒂𝒄𝒐𝒔𝝎𝒕) 𝒊 ̂+(𝒂 𝐬𝐢𝐧⁡𝝎𝒕 ). The velocity of the particle is:
The position vector of a particle is r = (acoswt)i + (asinwt)j. The velocity vector of the particle The position vector of a particle is r = (acoswt)i + (asinwt)j. The velocity vector of the particle
The position vector of a particle is 𝐫=a cosω t 𝐢̂+a sinω t 𝐣̂. The velocity of the particle i... The position vector of a particle is 𝐫=a cosω t 𝐢̂+a sinω t 𝐣̂. The velocity of the particle i...
The motion of a particle is defined by the position vector r = (cost) i + (sint) j When t is express The motion of a particle is defined by the position vector r = (cost) i + (sint) j When t is express