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Assume that the nuclear mass is of the o...

Assume that the nuclear mass is of the order of `10^(-27) kg` and the nuclear radius is of the order of `10^(15)m`. The nuclear density is of the order of

A

`10^(2)Kg//m^(3)`

B

`10^(10)Kg//m^(3)`

C

`10^(17)Kg//m^(3)`

D

`10^(31)Kg//m^(3)`

Text Solution

Verified by Experts

The correct Answer is:
C
`d=(3M_(n))/(4 piR^(3)) R="radius"`
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Knowledge Check

  • The unit of nuclear radius is

    A
    metre
    B
    fermi
    C
    ampere
    D
    coulomb

  • The density of nuclear matter is of the order of

    A
    `10^(3) kg // m^(3)`
    B
    ` 10^(10) kg // m^(3)`
    C
    ` 10^(17) kg // m^(3)`
    D
    `10^(24) kg // m^(3)`

  • The ratio of atomic volume to nuclear volume is of the order of

    A
    `10^(15)`
    B
    ` 10^(-12)`
    C
    ` 10^(8)`
    D
    ` 10^(-8)`

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