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Discovery of the atomic bomb was partially based on his studies.?
Wiki User
∙ 7y ago
Leo Szilard invented the atomic bomb in 1933 while studying possible ways to more effectively perform atomic transmutation experiments with neutrons, that he was working on at the tim in London.
Lewis Treutel
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∙ 11y agoAdd your answer:
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The invention of the atomic bomb was partially based on whose studies?
Albert Einstein
How did Henry Moseley affect the development of the periodic table?
He discovered that each element has its own atomic number.In 1914 Henry Moseley found a relationship between an element's X-ray wavelength and its atomic number (Z), and therefore resequenced the table by nuclear charge rather than atomic weight. Before this discovery, atomic numbers were just sequential numbers based on an element's atomic weight. Moseley's discovery showed that atomic numbers had an experimentally measurable basis.
The atomic number is based on what?
It is based on number of protons. Consider an element has 20 protons.Its atomic number is twenty.
How the first atomic theory was formed?
john dalton develop an atomic theory in 1803, based on idea of the atomic exsiting
What are the elements in the periodic table based on?
Atomic Number
The invention of the atomic bomb was partially based on whose studies?
Albert Einstein
Who discovery of the atomic bomb was partially based on his studies?
Leo Szilard invented the atomic bomb in 1933 while studying possible ways to more effectively perform atomic transmutation experiments with neutrons, that he was working on at the tim in London.
What discovery did Henry Moseley lead him to reorganize the periodic table?
In 1914 Henry Moseley found a relationship between an element's X-ray wavelength and its atomic number (Z), and therefore resequenced the table by nuclear charge rather than atomic weight. Before this discovery, atomic numbers were just sequential numbers based on an element's atomic weight. Moseley's discovery showed that atomic numbers had an experimentally measurable basis.
How did Henry Moseley revise mendeleevs periodic table?
In 1914 Henry Moseley found a relationship between an element's X-ray wavelength and its atomic number (Z), and therefore rearranged the table by nuclear charge / atomic number rather than atomic weight. Before this discovery, atomic numbers were just sequential numbers based on an element's atomic weight. Moseley's discovery showed that atomic numbers had an experimentally measurable basis.
When did mosley create his periodic table?
1914. In 1914 Henry Moseley found a relationship between an element's X-ray wavelength and its atomic number (Z), and therefore resequenced the table by nuclear charge rather than atomic weight. Before this discovery, atomic numbers were just sequential numbers based on an element's atomic weight. Moseley's discovery showed that atomic numbers had an experimentally measurable basis.
How did Henry Moseley affect the development of the periodic table?
He discovered that each element has its own atomic number.In 1914 Henry Moseley found a relationship between an element's X-ray wavelength and its atomic number (Z), and therefore resequenced the table by nuclear charge rather than atomic weight. Before this discovery, atomic numbers were just sequential numbers based on an element's atomic weight. Moseley's discovery showed that atomic numbers had an experimentally measurable basis.
The atomic number is based on what?
It is based on number of protons. Consider an element has 20 protons.Its atomic number is twenty.
What is the atomic based on?
It is based on number of protons. Consider an element has 20 protons.Its atomic number is twenty.
The order of elements in the periodic table is based on the atomic number.?
yes. based on increasing atomic number
The atomic number is based on the number of in the nucleus of the atom?
The atomic number is based on the number of protons in the nucleus of the atom?
What is discovery based science?
inductive reasoning
What was the discovery about the nucleus from Rutherford?
It is true that an atom has a nucleus. As for which model of the atom is thought to be true, at the present time we use a model based upon quantum mechanics which differs significantly from the early Rutherford or Bohr atomic models.
