Force $F$ applied on a body is written as $F =(\hat{ n } \cdot F ) \hat{ n }+ G$, where $\hat{ n }$ is a unit vector. The vector $G$ is equal to
Force $F$ applied on a body is written as $F =(\hat{ n } \cdot F ) \hat{ n }+ G$, where $\hat{ n }$ is a unit vector. The vector $G$ is equal to
- [KVPY 2017]
- A
$\hat{ n } \times F$
- B
$\hat{ n } \times(\hat{ n } \times F )$
- C
$(\hat{ n } \times F ) \times F /| F |$
- D
$(\hat{ n } \times F ) \times \hat{ n }$
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