The energy of thermal neutron is about -25 MeV0-51 MeV25 meV1-02 MeV

Question

Toppr Admin · Accepted Answer

Quantitatively- the thermal energy per particle is about 0-025 electron volt-x2014-an amount of energy that corresponds to a neutron speed of about 2-000 metres per second and a neutron wavelength of about-xA0- 2-xD7-10-x2212-10 metre -or about two angstroms-

The energy of thermal neutron is about :
$25 M e V$
$0.51 M e V$
$25 m e V$
$1.02 M e V$

Quantitatively, the thermal energy per particle is about $0.025$ electron volt—an amount of energy that corresponds to a neutron speed of about $2, 000$ metres per second and a neutron wavelength of about $2 \times 10^{- 10}$ metre (or about two angstroms).

The energy of thermal neutron is about :25 MeV0.51 MeV25 meV1.02 MeV

Quantitatively, the thermal energy per particle is about 0.025 electron volt—an amount of energy that corresponds to a neutron speed of about 2,000 metres per second and a neutron wavelength of about 2×10−10 metre (or about two angstroms).

The energy of thermal neutron is about :
$25 M e V$
$0.51 M e V$
$25 m e V$
$1.02 M e V$

Quantitatively, the thermal energy per particle is about $0.025$ electron volt—an amount of energy that corresponds to a neutron speed of about $2, 000$ metres per second and a neutron wavelength of about $2 \times 10^{- 10}$ metre (or about two angstroms).