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Neutron emission from a nucleus can change the atomic mass of an element without affecting its atomic number. This can result in the formation of a different isotope of the element. Neutron emission can also make the nucleus more stable by reducing the neutron-to-proton ratio.
Transmutation by definition means the conversion of one element into another, and so it follows that its atomic number must also change. Every element has a unique atomic number.
Its protons. The atom changes depending on how many protons it has. See also atomic number.
Within a horizontal row, mass of the elements increases as you go to the right. This is because as the atomic number increases, so does the number of protons and electrons. This means that the total mass of the atom also increases because protons weigh approximately 1 atomic mass unit.
Atomic numbers represent the number of protons in an atom's nucleus. It also defines the element, as each element has a unique atomic number.
Relative atomic mass, also called atomic weight, is listed on the periodic table for each element. There is no element listed on the periodic table with a relative atomic mass of 15.5.
If you look up any element on google.com you will see all the basic information, including the atomic number. Atomic numbers are also given in the periodic table of the elements (which you can also look up on google).
There are many different types of elements, all varying in the number of protons they contain. To determine the number of protons in a specific element, refer to the periodic table of elements. The atomic number (generally listed above the element's symbol, sometimes represented as 'Z') is equal to the number of protons in that atom.
Each column will generally have the symbol of the element (sometimes name of the element also), the atomic number, the mass number, the state in which the element is present at room temperature. Some periodic table will also have the electronic configuration or electronegativity.
The atomic number represents the number of protons in an atom's nucleus. It determines an element's unique identity and its position on the periodic table. Elements with the same atomic number are the same element, regardless of their isotopic variations.
An element's atomic number represents the number of protons in the nucleus of an atom of that element. It is unique to each element and determines its position on the periodic table. The atomic number also determines the element's chemical properties.
An additional proton, in the same period (row) makes the radius smaller and the nucleus bigger. It also changes the element.