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The x- component of the resultant of sev...

The `x`- component of the resultant of several vectors
(i) is equal to the sum of the `x`-components of the vectors
(ii) may be smaller than the sum of the magnitudes of the vectors
(iii) may be greater than the sum of the magnitudes of the vectors
(iv) may be equal to the sum of the magnitudes of the vectors

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The x-component of the resultant of several vectors (a) is equal to the sum of the x-components of the vectors (b) may be smaller than the sum of the magnitudes of the vectors (c) may be greater than the sum of the magnitudes of the vectors (d) may be equal to the sum of the magnitudes of the vectors

State True/False: The magnitude of the sum of 2 vectors is may be equal to the sum of magnitude of 2 vector.

State True/False: The magnitude of the sum of 2 vectors is always equal to the sum of magnitude of 2 vector.

State True/False: The magnitude of the sum of 2 vectors is never equal to the sum of magnitude of 2 vector.

Determine the magnitude of the vector sum, A + B.

The magnitude of the sum of 2 vectors is_______ A. Always equal to sum of magnitude of 2 vectors B. Never equal to the sum of magnitude of 2 vectors C. May be equal to the sum of magnitude of 2 vectors D. Always less than sum of magnitude of 2 vectors​

Under which condition will the magnitude of scalar sum be equal to the magnitude of vector sum ?