- ikaplan
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The neutrons residing in the nucleus of an atom have a mass virtually the same as the protons but without an electric charge.
(A) The neutrons residing in the nucleus of an atom have a mass virtually the same as the protons but without an electric charge
(B) The mass of the neutrons residing in the atom's nucleus is virtually the same as that of its protons, but the former do not have an electric charge
(C) Residing in the nucleus of an atom but without an electric charge, neutrons have virtually the same mass as protons do
(D) The neutrons and protons residing in the nucleus of an atom have virtually the same mass, but neutrons lack an electric charge
(E) Having virtually the same mass as protons do but lacking an electrical charge, neutrons reside in the nucleus of the atom
Answer: D
Can someone please explain what is wrong with C?
(A) The neutrons residing in the nucleus of an atom have a mass virtually the same as the protons but without an electric charge
(B) The mass of the neutrons residing in the atom's nucleus is virtually the same as that of its protons, but the former do not have an electric charge
(C) Residing in the nucleus of an atom but without an electric charge, neutrons have virtually the same mass as protons do
(D) The neutrons and protons residing in the nucleus of an atom have virtually the same mass, but neutrons lack an electric charge
(E) Having virtually the same mass as protons do but lacking an electrical charge, neutrons reside in the nucleus of the atom
Answer: D
Can someone please explain what is wrong with C?
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