One thing that could change the periodic table is the discovery of emirical evidence for a "g" sublevel.
In the right corner of the periodic table.
On the far left on the periodic table.
The only thing it might mean would be number, but that is usually no. and not NO. NO would be nitrogen oxide (nitric oxide), but that would NOT appear in the periodic table, as it is a compound, and only ELEMENTS appear in the periodic table.
My answer for this would be Colour of the elements.
Elements in the periodic table that are similar to sulfur would be oxygen, and selenium
If all four postulates of Dalton's atomic theory were correct, the boxes on the periodic table would not change. Dalton's theory helped establish the concept of elements as composed of atoms, leading to the organization of elements on the periodic table based on their atomic number and properties. The periodic table would still be structured according to the number of protons in the nucleus of each element's atom.
In the right corner of the periodic table.
The periodic table doesn't show grams; and which grams ?
On the far left on the periodic table.
If new elements are placed, then they would be appended in the periodic table. It won't disturb existing periodic table.
The only thing it might mean would be number, but that is usually no. and not NO. NO would be nitrogen oxide (nitric oxide), but that would NOT appear in the periodic table, as it is a compound, and only ELEMENTS appear in the periodic table.
You would change the source data and refresh the pivot table.
My answer for this would be Colour of the elements.
Oxygen is in the upper right side of the periodic table.
Elements in the periodic table that are similar to sulfur would be oxygen, and selenium
There are 117 elements on the periodic table, however, there is one blank spot that lies on the periodic table of elements, it has the atomic number of 117. If it were discovered, there would be 118 elements on the periodic table of elements.
Periodic table would be complex then. It will make study of elements difficult.