Nuclear Force and Potential Energy
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PHXII13:NUCLEI

363795 Potential energy for a pair of nucleons versus separation between the nucleons is plotted below.
Match the following columns
Column I
Column II
A
Force between nucleons is zero
P
\(r > {r_0}\)
B
Force between nucleons is attractive
Q
\(r < {r_0}\)
C
Force between nucleons is repulsive
R
\(r = {r_0}\)
D
Potential energy is maximum
S
\(r = 0\)
supporting img

1 A - R B - P C - Q D - S
2 A - R B - Q C - P D - S
3 A - S B - R C - Q D - P
4 A - R B - P C - Q D - R
PHXII13:NUCLEI

363796 Two protons attract each other when

1 The distance between them is \({10^{ - 10}}m\)
2 The distance between them is \({10^{ - 1}}m\)
3 The distance between them is \({10^{ - 15}}m\)
4 The distance between them is \({10^{ - 6}}m\)
PHXII13:NUCLEI

363797 Two protons are kept at a separation of 10 \(nm\). Let \({F_n}\) and \({F_e}\) be the nuclear force and the electromagnetic force between them

1 \({F_e} < < {F_n}\)
2 \({F_e}\) and \({F_n}\) differ only slightly
3 \({F_e} = {F_n}\)
4 \({F_e} > > {F_n}\)
KCET - 2020
PHXII13:NUCLEI

363798 The origin of nuclear force between nucleons is due to the exchange of

1 Mesons
2 Photons
3 Positrons
4 Electrons
PHXII13:NUCLEI

363799 Nuclear force is

1 short range and charge dependent
2 short range and charge independent
3 long range and charge dependent
4 long range and charge independent
NEET DIGITAL LIBRARY
PHXII13:NUCLEI

363795 Potential energy for a pair of nucleons versus separation between the nucleons is plotted below.
Match the following columns
Column I
Column II
A
Force between nucleons is zero
P
\(r > {r_0}\)
B
Force between nucleons is attractive
Q
\(r < {r_0}\)
C
Force between nucleons is repulsive
R
\(r = {r_0}\)
D
Potential energy is maximum
S
\(r = 0\)
supporting img

1 A - R B - P C - Q D - S
2 A - R B - Q C - P D - S
3 A - S B - R C - Q D - P
4 A - R B - P C - Q D - R
PHXII13:NUCLEI

363796 Two protons attract each other when

1 The distance between them is \({10^{ - 10}}m\)
2 The distance between them is \({10^{ - 1}}m\)
3 The distance between them is \({10^{ - 15}}m\)
4 The distance between them is \({10^{ - 6}}m\)
PHXII13:NUCLEI

363797 Two protons are kept at a separation of 10 \(nm\). Let \({F_n}\) and \({F_e}\) be the nuclear force and the electromagnetic force between them

1 \({F_e} < < {F_n}\)
2 \({F_e}\) and \({F_n}\) differ only slightly
3 \({F_e} = {F_n}\)
4 \({F_e} > > {F_n}\)
KCET - 2020
PHXII13:NUCLEI

363798 The origin of nuclear force between nucleons is due to the exchange of

1 Mesons
2 Photons
3 Positrons
4 Electrons
PHXII13:NUCLEI

363799 Nuclear force is

1 short range and charge dependent
2 short range and charge independent
3 long range and charge dependent
4 long range and charge independent
Join With Us for More Updates
PHXII13:NUCLEI

363795 Potential energy for a pair of nucleons versus separation between the nucleons is plotted below.
Match the following columns
Column I
Column II
A
Force between nucleons is zero
P
\(r > {r_0}\)
B
Force between nucleons is attractive
Q
\(r < {r_0}\)
C
Force between nucleons is repulsive
R
\(r = {r_0}\)
D
Potential energy is maximum
S
\(r = 0\)
supporting img

1 A - R B - P C - Q D - S
2 A - R B - Q C - P D - S
3 A - S B - R C - Q D - P
4 A - R B - P C - Q D - R
PHXII13:NUCLEI

363796 Two protons attract each other when

1 The distance between them is \({10^{ - 10}}m\)
2 The distance between them is \({10^{ - 1}}m\)
3 The distance between them is \({10^{ - 15}}m\)
4 The distance between them is \({10^{ - 6}}m\)
PHXII13:NUCLEI

363797 Two protons are kept at a separation of 10 \(nm\). Let \({F_n}\) and \({F_e}\) be the nuclear force and the electromagnetic force between them

1 \({F_e} < < {F_n}\)
2 \({F_e}\) and \({F_n}\) differ only slightly
3 \({F_e} = {F_n}\)
4 \({F_e} > > {F_n}\)
KCET - 2020
PHXII13:NUCLEI

363798 The origin of nuclear force between nucleons is due to the exchange of

1 Mesons
2 Photons
3 Positrons
4 Electrons
PHXII13:NUCLEI

363799 Nuclear force is

1 short range and charge dependent
2 short range and charge independent
3 long range and charge dependent
4 long range and charge independent
For More Updates join with Us
PHXII13:NUCLEI

363795 Potential energy for a pair of nucleons versus separation between the nucleons is plotted below.
Match the following columns
Column I
Column II
A
Force between nucleons is zero
P
\(r > {r_0}\)
B
Force between nucleons is attractive
Q
\(r < {r_0}\)
C
Force between nucleons is repulsive
R
\(r = {r_0}\)
D
Potential energy is maximum
S
\(r = 0\)
supporting img

1 A - R B - P C - Q D - S
2 A - R B - Q C - P D - S
3 A - S B - R C - Q D - P
4 A - R B - P C - Q D - R
PHXII13:NUCLEI

363796 Two protons attract each other when

1 The distance between them is \({10^{ - 10}}m\)
2 The distance between them is \({10^{ - 1}}m\)
3 The distance between them is \({10^{ - 15}}m\)
4 The distance between them is \({10^{ - 6}}m\)
PHXII13:NUCLEI

363797 Two protons are kept at a separation of 10 \(nm\). Let \({F_n}\) and \({F_e}\) be the nuclear force and the electromagnetic force between them

1 \({F_e} < < {F_n}\)
2 \({F_e}\) and \({F_n}\) differ only slightly
3 \({F_e} = {F_n}\)
4 \({F_e} > > {F_n}\)
KCET - 2020
PHXII13:NUCLEI

363798 The origin of nuclear force between nucleons is due to the exchange of

1 Mesons
2 Photons
3 Positrons
4 Electrons
PHXII13:NUCLEI

363799 Nuclear force is

1 short range and charge dependent
2 short range and charge independent
3 long range and charge dependent
4 long range and charge independent
NEET DIGITAL LIBRARY
PHXII13:NUCLEI

363795 Potential energy for a pair of nucleons versus separation between the nucleons is plotted below.
Match the following columns
Column I
Column II
A
Force between nucleons is zero
P
\(r > {r_0}\)
B
Force between nucleons is attractive
Q
\(r < {r_0}\)
C
Force between nucleons is repulsive
R
\(r = {r_0}\)
D
Potential energy is maximum
S
\(r = 0\)
supporting img

1 A - R B - P C - Q D - S
2 A - R B - Q C - P D - S
3 A - S B - R C - Q D - P
4 A - R B - P C - Q D - R
PHXII13:NUCLEI

363796 Two protons attract each other when

1 The distance between them is \({10^{ - 10}}m\)
2 The distance between them is \({10^{ - 1}}m\)
3 The distance between them is \({10^{ - 15}}m\)
4 The distance between them is \({10^{ - 6}}m\)
PHXII13:NUCLEI

363797 Two protons are kept at a separation of 10 \(nm\). Let \({F_n}\) and \({F_e}\) be the nuclear force and the electromagnetic force between them

1 \({F_e} < < {F_n}\)
2 \({F_e}\) and \({F_n}\) differ only slightly
3 \({F_e} = {F_n}\)
4 \({F_e} > > {F_n}\)
KCET - 2020
PHXII13:NUCLEI

363798 The origin of nuclear force between nucleons is due to the exchange of

1 Mesons
2 Photons
3 Positrons
4 Electrons
PHXII13:NUCLEI

363799 Nuclear force is

1 short range and charge dependent
2 short range and charge independent
3 long range and charge dependent
4 long range and charge independent