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The number of protons in the nucleus is equal to an elements atomic number, which determines that element's position in the Periodic Table.

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12y ago

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How do you find the atomic mass number?

The atomic number is equivalent to the number of protons in the nucleus. See the Periodic Table of elements at the link below.


What element from the periodic table has the atomic number fifty seven?

Lanthanum See Related Link


Was the periodic table always been set up the way it is today?

the periodic table is set up by atomic number, obviously. the atomic number is equal to the amount of protons, so the periodic table is set up by amount of proton order. During the time more than 100 versions of the periodic table were proposed. See the link bellow for some details; also the links of this...link.


Where is a complete periodic table?

A complete periodic table arranged in periods and groups. The symbol of element and atomic number are mentioned.


What does lu stand for in the periodic table of elements?

Lu stands for Lutetium in the periodic table of elements. It is a rare earth metal with atomic number 71.


Name the atomic number and atomic weight of all the man made elements?

A periodic table should be helpful. See related link below.


What is the 100 name of Metals?

1. See the periodic table for the names, at the link below. 2. The number of metals is under 100.


What is the modern periodic table arranged in order by?

the periodic table of elements is arranged by what?


What is periodic table number 55?

Cesium. See the link below for a periodic table


What group is ca in in the periodic table?

Ca is calcium. For information on the Periodic Table, see the link below.


What is the periodic table of elements and how are the elements arranged?

by their atomic number


What did Henry Moseley change about the periodic table?

Henry Moseley reorganized the periodic table based on atomic number instead of atomic mass, thereby providing a more accurate and clear arrangement of elements. This reorganization helped to explain the discrepancies and predict properties of certain elements that were not well-understood before.