D The nucleus are the subatomic particles located in the nucleus of atom. The nucleons total number of nucleons in the nucleus of an atom is called mass number of that atom. $\text { Mass number }(\mathrm{M})=\text { neutrons + Protons }$
CG PET- 2009
NUCLEAR PHYSICS
147389
When deuterium and helium are subjected to an accelerating filed simultaneously then
1 both acquire same energy
2 deuterium accelerates faster
3 helium accelerates faster
4 neither of them is accelerated
Explanation:
D Deuterium and helium are both neutral only ions they will not be accelerated by an electric field or magnetic field. When they are moving perpendicular to field. Therefore, both will not accelerated.
JCECE-2009
NUCLEAR PHYSICS
147391
Two isotopes of an element have
1 The same number of nucleons in their nuclei
2 The same number of protons as well as neutrons
3 The same number of protons but a different number of neutrons
4 A different number of protons but the same number of neutrons.
Explanation:
C Isotopes are those that have same atomic number (number of protons) but different number of neutrons because number of neutrons are different so they also have different atomic mass.
COMEDK 2011
NUCLEAR PHYSICS
147393
When two light nuclei fuse to form a relatively heavier nucleus, the specific binding energy of the product nucleus is
1 Lower than that of the reacting nuclei
2 Equal to that of the reacting nuclei
3 Greater than that of the reacting nuclei
4 Equal to exactly half of either of the reacting nuclei.
Explanation:
C When the two light nuclei fuse to form relatively heavier nucleus the specific binding energy of the product nucleus is greater than that of the reacting nuclei.
D The nucleus are the subatomic particles located in the nucleus of atom. The nucleons total number of nucleons in the nucleus of an atom is called mass number of that atom. $\text { Mass number }(\mathrm{M})=\text { neutrons + Protons }$
CG PET- 2009
NUCLEAR PHYSICS
147389
When deuterium and helium are subjected to an accelerating filed simultaneously then
1 both acquire same energy
2 deuterium accelerates faster
3 helium accelerates faster
4 neither of them is accelerated
Explanation:
D Deuterium and helium are both neutral only ions they will not be accelerated by an electric field or magnetic field. When they are moving perpendicular to field. Therefore, both will not accelerated.
JCECE-2009
NUCLEAR PHYSICS
147391
Two isotopes of an element have
1 The same number of nucleons in their nuclei
2 The same number of protons as well as neutrons
3 The same number of protons but a different number of neutrons
4 A different number of protons but the same number of neutrons.
Explanation:
C Isotopes are those that have same atomic number (number of protons) but different number of neutrons because number of neutrons are different so they also have different atomic mass.
COMEDK 2011
NUCLEAR PHYSICS
147393
When two light nuclei fuse to form a relatively heavier nucleus, the specific binding energy of the product nucleus is
1 Lower than that of the reacting nuclei
2 Equal to that of the reacting nuclei
3 Greater than that of the reacting nuclei
4 Equal to exactly half of either of the reacting nuclei.
Explanation:
C When the two light nuclei fuse to form relatively heavier nucleus the specific binding energy of the product nucleus is greater than that of the reacting nuclei.
D The nucleus are the subatomic particles located in the nucleus of atom. The nucleons total number of nucleons in the nucleus of an atom is called mass number of that atom. $\text { Mass number }(\mathrm{M})=\text { neutrons + Protons }$
CG PET- 2009
NUCLEAR PHYSICS
147389
When deuterium and helium are subjected to an accelerating filed simultaneously then
1 both acquire same energy
2 deuterium accelerates faster
3 helium accelerates faster
4 neither of them is accelerated
Explanation:
D Deuterium and helium are both neutral only ions they will not be accelerated by an electric field or magnetic field. When they are moving perpendicular to field. Therefore, both will not accelerated.
JCECE-2009
NUCLEAR PHYSICS
147391
Two isotopes of an element have
1 The same number of nucleons in their nuclei
2 The same number of protons as well as neutrons
3 The same number of protons but a different number of neutrons
4 A different number of protons but the same number of neutrons.
Explanation:
C Isotopes are those that have same atomic number (number of protons) but different number of neutrons because number of neutrons are different so they also have different atomic mass.
COMEDK 2011
NUCLEAR PHYSICS
147393
When two light nuclei fuse to form a relatively heavier nucleus, the specific binding energy of the product nucleus is
1 Lower than that of the reacting nuclei
2 Equal to that of the reacting nuclei
3 Greater than that of the reacting nuclei
4 Equal to exactly half of either of the reacting nuclei.
Explanation:
C When the two light nuclei fuse to form relatively heavier nucleus the specific binding energy of the product nucleus is greater than that of the reacting nuclei.
NEET Test Series from KOTA - 10 Papers In MS WORD
WhatsApp Here
NUCLEAR PHYSICS
147384
The nucleus of an atom consists of
1 electrons and protons
2 electrons, protons and neutrons
3 electrons and neutrons
4 neutrons and protons
Explanation:
D The nucleus are the subatomic particles located in the nucleus of atom. The nucleons total number of nucleons in the nucleus of an atom is called mass number of that atom. $\text { Mass number }(\mathrm{M})=\text { neutrons + Protons }$
CG PET- 2009
NUCLEAR PHYSICS
147389
When deuterium and helium are subjected to an accelerating filed simultaneously then
1 both acquire same energy
2 deuterium accelerates faster
3 helium accelerates faster
4 neither of them is accelerated
Explanation:
D Deuterium and helium are both neutral only ions they will not be accelerated by an electric field or magnetic field. When they are moving perpendicular to field. Therefore, both will not accelerated.
JCECE-2009
NUCLEAR PHYSICS
147391
Two isotopes of an element have
1 The same number of nucleons in their nuclei
2 The same number of protons as well as neutrons
3 The same number of protons but a different number of neutrons
4 A different number of protons but the same number of neutrons.
Explanation:
C Isotopes are those that have same atomic number (number of protons) but different number of neutrons because number of neutrons are different so they also have different atomic mass.
COMEDK 2011
NUCLEAR PHYSICS
147393
When two light nuclei fuse to form a relatively heavier nucleus, the specific binding energy of the product nucleus is
1 Lower than that of the reacting nuclei
2 Equal to that of the reacting nuclei
3 Greater than that of the reacting nuclei
4 Equal to exactly half of either of the reacting nuclei.
Explanation:
C When the two light nuclei fuse to form relatively heavier nucleus the specific binding energy of the product nucleus is greater than that of the reacting nuclei.
