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The angle between $\mu$ and $\vec B$ is $210^o$$210^\text{o}$ not $150^0$$150^\text{o}$. We measure angle anti-clockwise from the initial to final vector. So in the cross product $\mu \times \vec{B}$, we measure the angle from $\mu$ to $\vec{B}$ anti-clockwise

The angle between $\mu$ and $\vec B$ is $210^o$ not $150^0$. We measure angle anti-clockwise from the initial to final vector. So in the cross product $\mu \times \vec{B}$, we measure the angle from $\mu$ to $\vec{B}$ anti-clockwise

The angle between $\mu$ and $\vec B$ is $210^\text{o}$ not $150^\text{o}$. We measure angle anti-clockwise from the initial to final vector. So in the cross product $\mu \times \vec{B}$, we measure the angle from $\mu$ to $\vec{B}$ anti-clockwise

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The angle between $\mu$ and $\vec B$ is $210^o$ not $150^0$. We measure angle anti-clockwise from the initial to final vector. So in the cross product $\mu \times \vec{B}$, we measure the angle from $\mu$ to $\vec{B}$ anti-clockwise