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What is it about the elements in a column in a periodic tablethat makes them behave similary?
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What atom will behave like Na?
All of the elements in group 1 on the periodic table will behave similarly to sodium.
Why is the table of elements known as the periodic table?
Simply, the periodic table is set up by listing elements by their atomic number, or the number of protons in an atom's nucleus.
What does the study of the periodic table have to do with classification and prediction?
The elements in the Periodic Table are arranged so that elements in the same group (column) will exhibit certain similar characteristics with others in that same group, but different periods (rows). So you can predict, with a certain degree of confidence, how a certain element may behave by where it is located on the periodic table, based on what you know about how other elements in the same group behave. This is mainly due to the valence electrons (the outermost electrons) being the same configuration as others in the same group. The valence electrons are a big determining factor as how that element will react with other elements. They do not all behave exactly the same, but similar.
How do elements in a period behave?
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What information can you gather from the position of an element in the periodic table?
From the location on a periodic table, it is possible to tell how some elements will behave. Elements in one group usually have similar characteristics.
What atom will behave like Na?
All of the elements in group 1 on the periodic table will behave similarly to sodium.
What elements behave most like strontium?
Calcium and barium, strontium's two immediate neighbors in periodic table column 2 of a wide form periodic table.
How can the periodic table of elements help you learn?
The periodic table is set out in a pattern that provides a great deal of information about the elements. Understanding the way the table is structured will help to understand how elements will behave and react. A study of the patterns will be a great aid in learning about chemicals and why they work in the way they do.
Why is the table of elements known as the periodic table?
Simply, the periodic table is set up by listing elements by their atomic number, or the number of protons in an atom's nucleus.
What does the study of the periodic table have to do with classification and prediction?
The elements in the Periodic Table are arranged so that elements in the same group (column) will exhibit certain similar characteristics with others in that same group, but different periods (rows). So you can predict, with a certain degree of confidence, how a certain element may behave by where it is located on the periodic table, based on what you know about how other elements in the same group behave. This is mainly due to the valence electrons (the outermost electrons) being the same configuration as others in the same group. The valence electrons are a big determining factor as how that element will react with other elements. They do not all behave exactly the same, but similar.
What does the periodic table tell you about the properties of two elements in the same group?
Two elements in the same group have same characteristic properties.They behave in similar way when exposed.For example : lithium and sodium which belongs to group one.
What elements behave like carbon?
Silicon, germanium, tin, lead, and flerovium are in the same column of the Periodic Table as is carbon and thus share, more or less similar chemical behaviors.
Which element will behave similarly to C in the periodic talbe?
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How do elements in a period behave?
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What information can you gather from the position of an element in the periodic table?
From the location on a periodic table, it is possible to tell how some elements will behave. Elements in one group usually have similar characteristics.
How do alkali's behave?
Alkali metals are all of the elements on the far left hand side of the Periodic Table with the exception of hydrogen. They are all highly reactive metals that also react vigorously with water.
How do atoms of metalloids behave when combined with atoms of other elements'?
they can either lose or share electrons when they combine with other elements. So depending on the conditions these elements can behave as either metals or nonmetals
