A particle in equilibrium is acted upon by three forces, two of which have components $4 \vec{i}+6 \vec{j}-9 \vec{k}$ and $9 \vec{i}-4 \vec{j}+3 \vec{k}$. The components of the third must be ------ $\underline{\vec{i}}+\ldots \vec{j}+\ldots \vec{k}$.

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The Answer of A particle in equilibrium is acted upon by three forces, two of which have components $4 \vec{i}+6 \vec{j}-9 \vec{k}$ and $9 \vec{i}-4 \vec{j}+3 \vec{k}$. The components of the third must be ------ $\underline{\vec{i}}+\ldots \vec{j}+\ldots \vec{k}$.

A Particle in Equilibrium Is Acted Upon by Three Forces 4i⃗+6j⃗−9k⃗4 \vec{i}+6 \vec{j}-9 \vec{k}4i+6j​−9k

A Particle in Equilibrium Is Acted Upon by Three Forces $4 \vec{i}+6 \vec{j}-9 \vec{k}$