The magnitude of component of a vector is

always less than its magnitude

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always greater than its magnitude

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always equal to its magnitude

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none of these

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Solution

The correct option is D none of these
Component of a vector may be equal to or less than the vector in magnitude.

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Similar questions

Q. The magnitude of the x-component of vector

\to A

is 3 and the magnitude of vector

\to A

is 5. What is the magnitude of the y-component of vector

\to A

\to A = 2^i + 3^j +^k

and

\to = 4^i + 3^j

. Magnitude of the component of vector

\to A

along vector

\to B

is .

The magnitude of component of a vector must be

1- less than the magnitude of vector always

2-equal to magnitude of vector always

3- always greater than magnitude of vector

4-None of the above

The magnitude of x & y components of vector( A) are 7 & 6 respectively. Also the magnitude of x &y components of vector(A+B) are 11 & 9 respectively. The magnitude of vector (B) is?

Q. Which of the following is wrong about the magnitude of the component of a vector?

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The magnitude of component of a vector is

The correct option is D none of theseComponent of a vector may be equal to or less than the vector in magnitude.

The correct option is D none of these
Component of a vector may be equal to or less than the vector in magnitude.