answersLogoWhite

0


Best Answer

what column of the Periodic Table contains elements whose electron configurations end with d4

User Avatar

Wiki User

11y ago
This answer is:
User Avatar

Add your answer:

Earn +20 pts
Q: What column contains elements whose electron configuration end with d4?
Write your answer...
Submit
Still have questions?
magnify glass
imp
Continue Learning about Chemistry

What column in the periodic chart contains the atoms with an ideal electron configuration?

I think you mean the Ideal or Noble gases. Column 18 , or '8' , in 'old money'.


What do elements in the periodic table in the same column have in commin?

The same number of electrons IN THEIR OUTER SHELL. Look up electron configuration for more detail.


Do all elements on the left group of the periodic table of elements have one outer electron?

That is correct; the first column on the left contains only elements with one electron in their outer shell, also known as "valance electrons". This column is referred to as Group 1, also known as the Alkali Metals.


What other elements would have similar properties to sodium?

The properties of sodium are a result of its configuration of valence shell electrons, so for similar properties, you would look for elements with a similar configuration. Since sodium has one electron in its valence shell (which is one more electron than the previous noble gas, neon), you would look for other elements that also have one more electron than the previous noble gas. The elements in the far left column of the periodic table fit this description. This column includes the elements potassium and lithium.


What do elements in the same column in the pedriodic table have in common?

The periodic table is arranged by atomic number, but the focus is also on its arrangement by the electron configuration. The columns, called Groups, are all the elements that have the same number of electrons in their valence shell. If we look at just Group 1, which is all the elements down the left column, each of those elements has a single electron in its outer most electron shell. They will all act in a chemically similar way because of this electron configuration. And that's the reason we arrange the table the way we do. Additionally, that is the power of the periodic table; it is a tool of both explanation and prediction.

Related questions

What is special about all the elements listed in a vertical column or group on the periodic table?

The electron configuration in the outer shell is the same for all of the elements in the same column. This results in some similar chemical properties between these elements in the same group (column).


What column in the periodic chart contains the atoms with an ideal electron configuration?

I think you mean the Ideal or Noble gases. Column 18 , or '8' , in 'old money'.


What do elements in the periodic table in the same column have in commin?

The same number of electrons IN THEIR OUTER SHELL. Look up electron configuration for more detail.


Do all elements on the left group of the periodic table of elements have one outer electron?

That is correct; the first column on the left contains only elements with one electron in their outer shell, also known as "valance electrons". This column is referred to as Group 1, also known as the Alkali Metals.


What other elements would have similar properties to sodium?

The properties of sodium are a result of its configuration of valence shell electrons, so for similar properties, you would look for elements with a similar configuration. Since sodium has one electron in its valence shell (which is one more electron than the previous noble gas, neon), you would look for other elements that also have one more electron than the previous noble gas. The elements in the far left column of the periodic table fit this description. This column includes the elements potassium and lithium.


What do elements in the same column in the pedriodic table have in common?

The periodic table is arranged by atomic number, but the focus is also on its arrangement by the electron configuration. The columns, called Groups, are all the elements that have the same number of electrons in their valence shell. If we look at just Group 1, which is all the elements down the left column, each of those elements has a single electron in its outer most electron shell. They will all act in a chemically similar way because of this electron configuration. And that's the reason we arrange the table the way we do. Additionally, that is the power of the periodic table; it is a tool of both explanation and prediction.


By what two characteristics are all the elements of the periodic table placed in a particular row and column?

Atomic number is the characteristic used to place the elements in their rows. Electron configuration is another characteristic that governs which elements are placed in groups.


What is a Column in science?

This is probably a reference to the periodic table of the elements, which has columns. All the elements in a given column have the same configuration of valance electrons. There is a column of noble gases, a column of halogens, etc.


Why do elements in the same group or column of the periodic table have similar properties?

Elements in the same column on the periodic table have similar chemical reactivity because they have the same outer electron configuration and it is the electron structure that determines an elements properties.


What element in the periodic table is identical?

Elements arranged in one column exhibit similar chemical properties. Elements in same column also have similar physical properties. Also elements in same column has similar electronic configuration.


Which group of elements only has one valence electron?

The elements in wide form periodic table column 1.


What is true about elements in the same period of the periodic table?

If they are placed in the same vertical column, which is called a group, it means that they have similar properties. For example, the first column (group) of the periodic table are the alkali metals. The second is alkali earth metals. Other groups include halogens, royal gases, etc.