Vector product of two vectors $2\hat i\, + \,\hat j\,$ and $\hat i\, + \,2\hat j\,$ is
Vector product of two vectors $2\hat i\, + \,\hat j\,$ and $\hat i\, + \,2\hat j\,$ is
- A
$\hat k\, + \,\hat j\,$
- B
$\hat i\, + \,\hat j\,$
- C
$3\hat k$
- D
$2\hat i$
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The angle between the vectors $\overrightarrow A $ and $\overrightarrow B $ is $\theta .$ The value of the triple product $\overrightarrow A \,.\,(\overrightarrow B \times \overrightarrow A \,)$ is
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- [AIPMT 2005]
When $\vec A.\vec B = - |A||B|,$ then
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In an clockwise system
Define the scalar product and obtain the magnitude of a vector from it. Mention the direction of scalar product.
Define the scalar product and obtain the magnitude of a vector from it. Mention the direction of scalar product.