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Because no two elements are exactly alike. For instance, gold and silver may both be in the transition metal group and have similar properties like rust resistance and conductivity, but they have different melting points (gold 1356 kelvin, silver 1241 kelvin) for instance.

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13y ago
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14y ago

They are different elements. However, most of their chemical properties are similar, because of the similar numbers of electrons in their valence shells. Their physical properties differ because of the mass contained in the atoms of each element.

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11y ago

Elements in a group have the same number of valence electrons. Hence they have similar properties. However the total number of protons / electrons is different for the elements. hence they do not have identical properties.

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7y ago

Element within a group have nuclei of different sizes so that their valency electrons are at different distances from the nuclei. This affects their electronegativity and thence other chemical properties.

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12y ago

They do, have similar properties. Any elements in the same group have the same properties.

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12y ago

They have different numbers of nonvalance electrons

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Q: Why don't the element within an group a in the periodic table have identical properties?
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Related questions

Which contain element with similar properties in the periodic table?

Elements present within a same group normally have similar properties


Why don't the elements within group A in the periodic table have identical properties?

Elements in group A are metals. They possess metallic behaviour.


Why don't the elements within a group in the periodic table have identical properties?

Elements in group A are metals. They possess metallic behaviour.


Why don't the elements within in a group in the periodic table have identical properties?

Elements in group A are metals. They possess metallic behaviour.


Which element on the periodic table has the chemical properties that are the most similar to those of carbon?

Silicon, carbon's only neighbor within its periodic table column 14.


Why don't the elements within an A group in the periodic table have properties?

Element within a group have nuclei of different sizes so that their valency electrons are at different distances from the nuclei. This affects their electronegativity and thence other chemical properties.


Why do elements within a periodic the periodic table have different properties?

They have different numbers of valance electrons...


How do you find elements that are simmilar to a specific element?

To find an element that is similar to another element, look in the periodic table and find an element in the same column (group/family) as the element of interest. Usually, elements within the same group/family have very similar properties.


What was the problem with Dobereiner's periodic table?

Dobereiner is remembered for what were called "Dobereiner's Triads" which are groups of three elements having similar chemical properties. This is a forerunner of the periodic table, but it is not actually a table, and it does not offer any explanation for the chemical similarities observed within the triads. Mendeleev's Periodic Table of the Elements shows the relationship of every element to every other element, and explains why they all have the chemical properties that they have.


What does the periodic table tell you about the element in a group?

The groups in the periodic table tell you what each element within them will react with, the number of valance electrons the element has, and what family it is in.


How are the trends in the periodic table helpful in identifying an element?

The periodic trends that arise from the arrangement of the periodic table provide chemists with an invaluable tool to quickly predict an element's properties. These trends exist because of the similar atomic structure of the elements within their respective group families or period and the periodic nature of the elements.


What element have chemical properties similar to magnesium?

Beryllium, Calcium or any other element within the same family or group (vertical column on the periodic table)