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How do the physical and chemical properties of the halogens compare with those of the noble glasses?
Wiki User
∙ 8y ago
Halogens are extremely reactive, noble gases are very unreactive. All noble gases are gases; only F and Cl are gases.
Wiki User
∙ 8y ago
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Do the Physical and chemical properties of halogens compare that of noble gases?
No the properties are different and they belong to two different groups
How do physical and chemical properties of the halogens compare with those of the noble gas?
the noble gases atre very unreactive and are oderless, tasteless and clourless under standard conditions whereas the group 7 halogens are a very reactive group.
What facts about characteristic chemical and physical properties make it possible for sientist to compare and classify matter?
scientists compare them by the properties of matter .
How do the physical and chemical propertys of the halogens compare with those of the inert gases?
Halogens can be gaseous, liquid or solid; noble gases are only gases.Halogens are very chemical reactive elements; only some compounds of noble gases are known.
How do the physical properties of isotopes of the same element compare?
The number of neutrons is different; the differences between physical properties exists but are extremely small.
Do the Physical and chemical properties of halogens compare that of noble gases?
No the properties are different and they belong to two different groups
How do physical and chemical properties of the halogens compare with those of the noble gases?
Noble gases are not reactiveHalogens are very reactive.
How do physical and chemical properties of the halogens compare with those of the inert gases?
Halogens can be gaseous, liquid or solid; noble gases are only gases.Halogens are very chemical reactive elements; only some compounds of noble gases are known.
How do the physical and chemical properties of the halogens compare with those of inert gases?
Halogens can be gaseous, liquid or solid; noble gases are only gases.Halogens are very chemical reactive elements; only some compounds of noble gases are known.
How do physical and chemical properties of the halogens compare with those of the noble gas?
the noble gases atre very unreactive and are oderless, tasteless and clourless under standard conditions whereas the group 7 halogens are a very reactive group.
What facts about characteristic chemical and physical properties make it possible for sientist to compare and classify matter?
scientists compare them by the properties of matter .
How do the physical and chemical propertys of the halogens compare with those of the inert gases?
Halogens can be gaseous, liquid or solid; noble gases are only gases.Halogens are very chemical reactive elements; only some compounds of noble gases are known.
Compare and contrast chemical and physical properties?
Physical properties are characteristics of a pure substance that can be observed without changing it into another substance. Chemical properties are characteristics of a pure substance that describes its ability to change into different substance.
How do the physical and chemical properties of the haogens compare with those of the noble gases?
noble gases really are just that: noble. they dont react to things easily. halogens on the other hand, do react extremely easily. that is one of the main differences between the two.
How would you compare physical and chemical properties and physical and chemical changes?
physicals change is like it changes shapes and other things while chemical change can depend on the color change whether it bubbles or smokes etc.
Compare physical and chemical properties?
A chemical property is the substance's response to other substances, resulting in a new substance. A physical property is something like a substance's lustre, melting point, boiling point, colour, or density, to name a few. Examples of chemical properties are: combustibility and reaction to acid.
What is true about a compound physical properties compare to those of the element it is made of?
The physical properties of a compound may be entirely different from the physical properties of the elements from which the compound is made.
