For \( p0 \), a vector \( \vec{v}_{2}=2 \hat{i}+(p+1) \hat{j} \) is obtained by rotating the vec...

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For \( p0 \), a vector \( \vec{v}_{2}=2 \hat{i}+(p+1) \hat{j} \) is obtained by rotating the vec... For \( p0 \), a vector \( \vec{v}_{2}=2 \hat{i}+(p+1) \hat{j} \) is obtained by rotating the vec...
For p greater than 0, a vector v2 = 2i + (p+1)j is obtained by rotating the vector v1 = √3pi + j b For p greater than 0, a vector v2 = 2i + (p+1)j is obtained by rotating the vector v1 = √3pi + j b
For p 0, a vector v2=2^i+(p+1)^j is obtained by rotating the vector v1=√3p^i+^j by an angle θ about For p 0, a vector v2=2^i+(p+1)^j is obtained by rotating the vector v1=√3p^i+^j by an angle θ about
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