The position vector of 1 kg object is r =(3 i - j )m and its velocity v =(3 j + k ) RT DTS 27 Q10

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The position vector of 1 kg object is vector r = ( 3 i - j ) m and its velocity v= ( 3 j - k ) m/ s The position vector of 1 kg object is vector r = ( 3 i - j ) m and its velocity v= ( 3 j - k ) m/ s
The position vector of 1kg object is r=(3i-j)m and its velocity v=(3j+k)m/s.The magnitude of its The position vector of 1kg object is r=(3i-j)m and its velocity v=(3j+k)m/s.The magnitude of its
The position vector of \(1 kg\) object is \(\vec{r}=(3 \hat{i}-\hat{j}) m\) and its velocity \(\.... The position vector of \(1 kg\) object is \(\vec{r}=(3 \hat{i}-\hat{j}) m\) and its velocity \(\....
The position vector of 1 kg object is vecr=(3hati-hatj)m and its velocity vecv=(3hatj+hatk)ms^(-... The position vector of 1 kg object is vecr=(3hati-hatj)m and its velocity vecv=(3hatj+hatk)ms^(-...
the position vector of an object at any time t is given by 3t2ICAP + 6t j cap + k cap its velocity the position vector of an object at any time t is given by 3t2ICAP + 6t j cap + k cap its velocity
8. Consider the position vector ?(?) = ?1 + ? ? ? 2 , 3?, 2? 3 ?. Find the velocity vector and the … 8. Consider the position vector ?(?) = ?1 + ? ? ? 2 , 3?, 2? 3 ?. Find the velocity vector and the …
Consider a body of mass 1 0 kg at rest at the origin at time t = 0 A force vector F = αt i + β j is Consider a body of mass 1 0 kg at rest at the origin at time t = 0 A force vector F = αt i + β j is
The position vector r of a particle of mass m is given by the following equation r = αt^3 i + βt^2 j The position vector r of a particle of mass m is given by the following equation r = αt^3 i + βt^2 j