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On Forming the Nuclide from the Protons, Neutrons and Electrons

Question 50

Multiple Choice

On forming the nuclide from the protons, neutrons and electrons, the mass loss per nucleon for the On forming the nuclide from the protons, neutrons and electrons, the mass loss per nucleon for the is 0.00759 amu, whereas that for is 0.00944 amu. This means that: A) undergoes nuclear fission B) is more stable than C) thirteen nuclei could react to form one nucleus D) is more stable than E) weighs more than is 0.00759 amu, whereas that for On forming the nuclide from the protons, neutrons and electrons, the mass loss per nucleon for the is 0.00759 amu, whereas that for is 0.00944 amu. This means that: A) undergoes nuclear fission B) is more stable than C) thirteen nuclei could react to form one nucleus D) is more stable than E) weighs more than is 0.00944 amu. This means that:


A) On forming the nuclide from the protons, neutrons and electrons, the mass loss per nucleon for the is 0.00759 amu, whereas that for is 0.00944 amu. This means that: A) undergoes nuclear fission B) is more stable than C) thirteen nuclei could react to form one nucleus D) is more stable than E) weighs more than undergoes nuclear fission
B) On forming the nuclide from the protons, neutrons and electrons, the mass loss per nucleon for the is 0.00759 amu, whereas that for is 0.00944 amu. This means that: A) undergoes nuclear fission B) is more stable than C) thirteen nuclei could react to form one nucleus D) is more stable than E) weighs more than is more stable than
On forming the nuclide from the protons, neutrons and electrons, the mass loss per nucleon for the is 0.00759 amu, whereas that for is 0.00944 amu. This means that: A) undergoes nuclear fission B) is more stable than C) thirteen nuclei could react to form one nucleus D) is more stable than E) weighs more than
C) thirteen On forming the nuclide from the protons, neutrons and electrons, the mass loss per nucleon for the is 0.00759 amu, whereas that for is 0.00944 amu. This means that: A) undergoes nuclear fission B) is more stable than C) thirteen nuclei could react to form one nucleus D) is more stable than E) weighs more than nuclei could react to form one
On forming the nuclide from the protons, neutrons and electrons, the mass loss per nucleon for the is 0.00759 amu, whereas that for is 0.00944 amu. This means that: A) undergoes nuclear fission B) is more stable than C) thirteen nuclei could react to form one nucleus D) is more stable than E) weighs more than nucleus
D) On forming the nuclide from the protons, neutrons and electrons, the mass loss per nucleon for the is 0.00759 amu, whereas that for is 0.00944 amu. This means that: A) undergoes nuclear fission B) is more stable than C) thirteen nuclei could react to form one nucleus D) is more stable than E) weighs more than is more stable than
On forming the nuclide from the protons, neutrons and electrons, the mass loss per nucleon for the is 0.00759 amu, whereas that for is 0.00944 amu. This means that: A) undergoes nuclear fission B) is more stable than C) thirteen nuclei could react to form one nucleus D) is more stable than E) weighs more than
E) On forming the nuclide from the protons, neutrons and electrons, the mass loss per nucleon for the is 0.00759 amu, whereas that for is 0.00944 amu. This means that: A) undergoes nuclear fission B) is more stable than C) thirteen nuclei could react to form one nucleus D) is more stable than E) weighs more than weighs more than
On forming the nuclide from the protons, neutrons and electrons, the mass loss per nucleon for the is 0.00759 amu, whereas that for is 0.00944 amu. This means that: A) undergoes nuclear fission B) is more stable than C) thirteen nuclei could react to form one nucleus D) is more stable than E) weighs more than

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