Is the magnitude of the sum of two vectors equal to the sum of their magnitudes individually?
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★ VECTORIAL RESOLUTION ★
Sum of vectors are entirely different from the algebraic sums which we operate daily , algebraic sums are all about the simple addition of the real numbers , which on other hand can be said to be of their magnitude ,
Vectors magnitude are obtained by taking square root of the sum of the two or multiple vectors while adding them individually ,
magnitude of sum of vectors isn't directly equivalent to the algebraic sum to operate their magnitudes , as above stated briefly
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Sum of vectors are entirely different from the algebraic sums which we operate daily , algebraic sums are all about the simple addition of the real numbers , which on other hand can be said to be of their magnitude ,
Vectors magnitude are obtained by taking square root of the sum of the two or multiple vectors while adding them individually ,
magnitude of sum of vectors isn't directly equivalent to the algebraic sum to operate their magnitudes , as above stated briefly
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