Correct statment among the following is,

Question

Correct statment among the following is, (A) For a general translation motion, momentum overset arrow p and velocity overset arrow v need not parallel. (B) For a general rotational motion, angular momentum overset arrow L and angular velocity overset arrow ω always be parallel. (C) For a general translation motion, acceleration overset arrow a and velocity overset arrow v are always parallel. (D) For a general rotational motion, overset arrow ω need not be parallel.

Tardigrade Admin · Accepted Answer

For a general rotational motion, angular momentum overset arrow L and angular velocity overset arrow ω need not be parallel. For a general translation motion overset arrow p and overset arrow v are always parallel.

Q. Correct statment among the following is,

For a general translation motion, momentum $p \to$ and velocity $v \to$ need not parallel.

For a general rotational motion, angular momentum $L \to$ and angular velocity $ω \to$ always be parallel.

For a general translation motion, acceleration $a \to$ and velocity $v \to$ are always parallel.

For a general rotational motion, $ω \to$ need not be parallel.

For a general rotational motion, angular momentum $L \to$ and angular velocity $ω \to$ need not be parallel. For a general translation motion $p \to$ and $v \to$ are always parallel.

Q. Correct statment among the following is,

For a general translation motion, momentum p→​ and velocity v→ need not parallel.

For a general rotational motion, angular momentum L→ and angular velocity ω→ always be parallel.

For a general translation motion, acceleration a→ and velocity v→ are always parallel.

For a general rotational motion, ω→ need not be parallel.

For a general rotational motion, angular momentum L→ and angular velocity ω→ need not be parallel. For a general translation motion p→​ and v→ are always parallel.

For a general translation motion, momentum $p \to$ and velocity $v \to$ need not parallel.

For a general rotational motion, angular momentum $L \to$ and angular velocity $ω \to$ always be parallel.

For a general translation motion, acceleration $a \to$ and velocity $v \to$ are always parallel.

For a general rotational motion, $ω \to$ need not be parallel.

For a general rotational motion, angular momentum $L \to$ and angular velocity $ω \to$ need not be parallel. For a general translation motion $p \to$ and $v \to$ are always parallel.