An equilibrant vector Group of answer choicescannot be calculated from the given vectorsis opposite to the resultant vectoris the same as the algebraic summation of the x-components of the given vectorsis the same as the resultant vectormust be measured from an experimentNext
Question
An equilibrant vector Group of answer choicescannot be calculated from the given vectorsis opposite to the resultant vectoris the same as the algebraic summation of the x-components of the given vectorsis the same as the resultant vectormust be measured from an experimentNext
Solution
The equilibrant vector is opposite to the resultant vector. This is because the equilibrant vector is defined as the vector that balances out the other vectors in the system, bringing the system into equilibrium. In other words, when you add the equilibrant vector to the resultant vector (the vector sum of all the other vectors in the system), the total should be zero. This means the equilibrant vector must be equal in magnitude but opposite in direction to the resultant vector.
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