NEET Test Series from KOTA - 10 Papers In MS WORD
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NUCLEAR PHYSICS
147532
Among the fundamental forces, which one of the following is the strongest force
1 Electromagnetic force
2 Strong Nuclear force
3 Gravitational force
4 Weak nuclear force
Explanation:
B Strong nuclear force is an element is lead. It is the heaviest stable atom and has 82 protons and an average of 125 neutrons
TS EAMCET 20.07.2022
NUCLEAR PHYSICS
147540
Which of the following statements is not a property of nuclear force?
1 it is an attractive force
2 it is independent of interacting nucleons
3 it is a long range force
4 it is non- central force
5 it is short range force
Explanation:
C Nuclear force is a short range force which is of the order of $10^{-15} \mathrm{~m}$. These are the forces that holds the nucleons together inside the nucleus of an atom. It is change independent, non-central and attractive in nature.
Kerala CEE-2019
NUCLEAR PHYSICS
147543
All the nucleons in an atom are held by
1 Nuclear forces
2 Vander Waal's forces
3 Tensor forces
4 Coulomb forces
Explanation:
A Nuclear force are the strong attractive forces between nucleons in the atomic nucleus that hold the nucleons together.
J and K CET- 2007
NUCLEAR PHYSICS
147544
Electrons in the atom are held to the nucleus by
1 Coulomb's forces
2 Nuclear forces
3 Vander Waal's forces
4 Gravitational forces
Explanation:
A The positively charged nucleus, has electrons revolving it in stationary orbits. The coulomb's force provides necessary centripetal force attraction to keep the electron revolve in orbits.
147532
Among the fundamental forces, which one of the following is the strongest force
1 Electromagnetic force
2 Strong Nuclear force
3 Gravitational force
4 Weak nuclear force
Explanation:
B Strong nuclear force is an element is lead. It is the heaviest stable atom and has 82 protons and an average of 125 neutrons
TS EAMCET 20.07.2022
NUCLEAR PHYSICS
147540
Which of the following statements is not a property of nuclear force?
1 it is an attractive force
2 it is independent of interacting nucleons
3 it is a long range force
4 it is non- central force
5 it is short range force
Explanation:
C Nuclear force is a short range force which is of the order of $10^{-15} \mathrm{~m}$. These are the forces that holds the nucleons together inside the nucleus of an atom. It is change independent, non-central and attractive in nature.
Kerala CEE-2019
NUCLEAR PHYSICS
147543
All the nucleons in an atom are held by
1 Nuclear forces
2 Vander Waal's forces
3 Tensor forces
4 Coulomb forces
Explanation:
A Nuclear force are the strong attractive forces between nucleons in the atomic nucleus that hold the nucleons together.
J and K CET- 2007
NUCLEAR PHYSICS
147544
Electrons in the atom are held to the nucleus by
1 Coulomb's forces
2 Nuclear forces
3 Vander Waal's forces
4 Gravitational forces
Explanation:
A The positively charged nucleus, has electrons revolving it in stationary orbits. The coulomb's force provides necessary centripetal force attraction to keep the electron revolve in orbits.
147532
Among the fundamental forces, which one of the following is the strongest force
1 Electromagnetic force
2 Strong Nuclear force
3 Gravitational force
4 Weak nuclear force
Explanation:
B Strong nuclear force is an element is lead. It is the heaviest stable atom and has 82 protons and an average of 125 neutrons
TS EAMCET 20.07.2022
NUCLEAR PHYSICS
147540
Which of the following statements is not a property of nuclear force?
1 it is an attractive force
2 it is independent of interacting nucleons
3 it is a long range force
4 it is non- central force
5 it is short range force
Explanation:
C Nuclear force is a short range force which is of the order of $10^{-15} \mathrm{~m}$. These are the forces that holds the nucleons together inside the nucleus of an atom. It is change independent, non-central and attractive in nature.
Kerala CEE-2019
NUCLEAR PHYSICS
147543
All the nucleons in an atom are held by
1 Nuclear forces
2 Vander Waal's forces
3 Tensor forces
4 Coulomb forces
Explanation:
A Nuclear force are the strong attractive forces between nucleons in the atomic nucleus that hold the nucleons together.
J and K CET- 2007
NUCLEAR PHYSICS
147544
Electrons in the atom are held to the nucleus by
1 Coulomb's forces
2 Nuclear forces
3 Vander Waal's forces
4 Gravitational forces
Explanation:
A The positively charged nucleus, has electrons revolving it in stationary orbits. The coulomb's force provides necessary centripetal force attraction to keep the electron revolve in orbits.
NEET Test Series from KOTA - 10 Papers In MS WORD
WhatsApp Here
NUCLEAR PHYSICS
147532
Among the fundamental forces, which one of the following is the strongest force
1 Electromagnetic force
2 Strong Nuclear force
3 Gravitational force
4 Weak nuclear force
Explanation:
B Strong nuclear force is an element is lead. It is the heaviest stable atom and has 82 protons and an average of 125 neutrons
TS EAMCET 20.07.2022
NUCLEAR PHYSICS
147540
Which of the following statements is not a property of nuclear force?
1 it is an attractive force
2 it is independent of interacting nucleons
3 it is a long range force
4 it is non- central force
5 it is short range force
Explanation:
C Nuclear force is a short range force which is of the order of $10^{-15} \mathrm{~m}$. These are the forces that holds the nucleons together inside the nucleus of an atom. It is change independent, non-central and attractive in nature.
Kerala CEE-2019
NUCLEAR PHYSICS
147543
All the nucleons in an atom are held by
1 Nuclear forces
2 Vander Waal's forces
3 Tensor forces
4 Coulomb forces
Explanation:
A Nuclear force are the strong attractive forces between nucleons in the atomic nucleus that hold the nucleons together.
J and K CET- 2007
NUCLEAR PHYSICS
147544
Electrons in the atom are held to the nucleus by
1 Coulomb's forces
2 Nuclear forces
3 Vander Waal's forces
4 Gravitational forces
Explanation:
A The positively charged nucleus, has electrons revolving it in stationary orbits. The coulomb's force provides necessary centripetal force attraction to keep the electron revolve in orbits.