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The infinitesimal angular displacement o...

The infinitesimal angular displacement of a particle performing circular motion is a vetor because its obeys

A

the commutative and associative laws of vector addition

B

do not obeys the laws of vector addition

C

do not obeys the laws of multiplication of vectors

D

all of these

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The correct Answer is:
A
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Knowledge Check

  • The infinitesimally angular displacement delta theta in uniform circular motion is

    A
    vector quantity
    B
    scalar quantity
    C
    neither scalar non vector
    D
    tensor quantity

  • A particle performing uniform circular motion has

    A
    radial velocity and radial acceleration
    B
    radial velocity and transverse acceleration
    C
    transverse velocity and radial acceleration
    D
    transverse velocity and transverse acceleration

  • A particle performing uniform circular motion has

    A
    Radial velocity and radial acceleration
    B
    A radial velocity and transverse acceleration
    C
    Transverse velocity and radial acceleration
    D
    Transverse velocity and transverse acceleration

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