He determined the number of protons of the elements, which is called the atomic number.
The correct answer is: That each element has a different number of protons.... Chris Ellis
Moseley discovered a relation berween the atomic number and the wavelength of X-rays emitted by an element.
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.
Henry Moseley discovered a relation between the atomic number and the X-ray wavelength of a given chemical element; this was a physical confirmation of the periodic table and the order of elements in the table.
Henry Moseley discover thathe found that atoms of each element contain a unique positive charge in their nucleus. This discovery helped to solve the mystery of what makes the atoms of one element different from those of another: An atom's identity comes from the number of protons in its nucleus.
The correct answer is: That each element has a different number of protons.... Chris Ellis
The correct answer is: That each element has a different number of protons.... Chris Ellis
Henry Moseley
Henry Moseley
Moseley discovered a relation berween the atomic number and the wavelength of X-rays emitted by an element.
He determined the atomic number of an atom
The square roots of frequency of x radiation is proportional to the atomic no of the element is called moseley's law.if u is frequency and z is atomic no
Henry Moseley
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.
He found the number of protons an element has. present periodic table is according to it.
Valence electrons determine the reactivity of the element.
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.