What part of an atom is involved in chemical reactions? A. Proton B. neutron C. outermost electron D. innermost electron Nuclear Chemistry is A. when neutrons and protons take part on reaction and release large amount of energy. B. when neutrons and protons take part on reaction and release small amount of energy. C. when neutrons and protons take part on reaction and release no amount of energy. D. when neutrons and protons take part on reaction and release equal amount of energy. Atoms of the same element but differs in the number of neutrons is an? A. isobar B. isochore C. isotone D. isotope Transmutation means A. Changing one proton or electron to another. B. Changing one neutron or positron to another. C. Changing one atomic mass or weight to another. D. Changing one element or isotope to another. An atom is chemically stable when A. Outermost orbitals are full of electrons. B. Outermost orbitals are full of protons. C. Outermost orbitals are full neutrons. D. Outermost orbitals are full of space Radioactivity is the A. Decomposition of a nucleus to form a new compound. B. Decomposition of a nucleus to form a mixture of individual neutrons and protons. C. Decomposition of an atom to its sub-atomic particles. D. Decomposition of a nucleus to form a different nucleus.
What part of an atom is involved in chemical reactions? A. Proton B. neutron C. outermost electron D. innermost electron Nuclear Chemistry is A. when neutrons and protons take part on reaction and release large amount of energy. B. when neutrons and protons take part on reaction and release small amount of energy. C. when neutrons and protons take part on reaction and release no amount of energy. D. when neutrons and protons take part on reaction and release equal amount of energy. Atoms of the same element but differs in the number of neutrons is an? A. isobar B. isochore C. isotone D. isotope Transmutation means A. Changing one proton or electron to another. B. Changing one neutron or positron to another. C. Changing one atomic mass or weight to another. D. Changing one element or isotope to another. An atom is chemically stable when A. Outermost orbitals are full of electrons. B. Outermost orbitals are full of protons. C. Outermost orbitals are full neutrons. D. Outermost orbitals are full of space Radioactivity is the A. Decomposition of a nucleus to form a new compound. B. Decomposition of a nucleus to form a mixture of individual neutrons and protons. C. Decomposition of an atom to its sub-atomic particles. D. Decomposition of a nucleus to form a different nucleus.
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Question
Answer the following and Explain the answer that needed to explain.
Transcribed Image Text:What part of an atom is involved in chemical reactions?
C. outermost electron
D. innermost electron
A. Proton
B. neutron
Nuclear Chemistry is
A. when neutrons and protons take part on reaction and release large amount of energy.
B. when neutrons and protons take part on reaction and release small amount of energy.
C. when neutrons and protons take part on reaction and release no amount of energy.
D. when neutrons and protons take part on reaction and release equal amount of energy.
Atoms of the same element but differs in the number of neutrons is an?
C. isotone
D. isotope
A. isobar
B. isochore
Transmutation means
A. Changing one proton or electron to another.
B. Changing one neutron or positron to another.
C. Changing one atomic mass or weight to another.
D. Changing one element or isotope to another.
An atom is chemically stable when
A. Outermost orbitals are full of electrons.
B. Outermost orbitals are full of protons.
C. Outermost orbitals are full neutrons.
D. Outermost orbitals are full of space
Radioactivity is the
A. Decomposition of a nucleus to form a new compound.
B. Decomposition of a nucleus to form a mixture of individual neutrons and protons.
C. Decomposition of an atom to its sub-atomic particles.
D. Decomposition of a nucleus to form a different nucleus.
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