It is 6.993, between protactinium and uranium.
cesium and fluorine
On the periodic table, the elements are arranged by Atomic Mass. Helium and Hydrgen are at the way top of the table due to how they have the smallest amount of mass. The elements with the biggest mass are at the bottom.
Metal because there the biggest section of elements on the periodic table true statement.
Most elements are metals - the biggest group is transition metals
The periodic table shows many many different things at once, some of the biggest things i think it shows is size and reactivity. Now with sports balls you could do the bigger the ball the bigger the atom, or your can do it over reaction. Pick which sport you think is the most active or takes more energy to do then look at the elements based on the periodic table and place the sports accordingly being represented by the sports ball.
cesium and fluorine
Transition metals
The biggest naturally element is uranium. Scientists have made new elements by merging different elements, but most of these elements just live in some seconds before they spilt again, and aren't considered as natural elements.
s block and especially group 1 elements.
On the periodic table, the elements are arranged by Atomic Mass. Helium and Hydrgen are at the way top of the table due to how they have the smallest amount of mass. The elements with the biggest mass are at the bottom.
Metal because there the biggest section of elements on the periodic table true statement.
actually, there are 3... metals, metalloids, and nonmetals.but, the 2 biggest are metals and nonmetals.
Most elements are metals - the biggest group is transition metals
The smallest class of the periodic table would be the semi-metals, or metalloids. The second biggest group would be the nonmetals. The largest group would be the metals.
Francium is located on the bottom left side of the periodic table of elements. Meaning it has the largest number of electron shells and lowest electron negativity. Thus having the biggest atomic size.
Nominally atomic mass, but in practice he knew this wasn't strictly correct and "cheated" a little based on chemical properties in a couple of cases (he thought the measured masses were wrong).
Because it is. It has all the elements with the least amount of electrons from the biggest amount of electrons and it has every element's atomic mass. All the elements can form into compounds making things we know as table salt and plastic and millions of others.