Organic chemistry encompasses a very large number of compounds ( many millions ), and our previous discussion and illustrations have focused on their structural characteristics. Now that we can recognize these actors ( compounds ), we turn to the roles they are inclined to play in the scientific drama staged by the multitude of chemical reactions that define organic chemistry.
We begin by defining some basic terms that will be used frequently as this subject is elaborated.
Reactivity depends on into which foreign mixture an acid or base is mixed. The further the difference of pH values between the acid or base and the new system into which the acid or base is added, the greater will be the resultant reactivity.
Copper metal does not have enough reactivity to react with sulfuric acid.
Reactivity is intensive property, reaction rate is extensive.
in contrast... Hcl is a strong acid... It takes pH to 1,... Note: its reactivity depends on its concentration.
The diluted strong acid might be only 1% acid. Quantities also change the reactivity.
The reactivity of acetic acid with various chemical
Yes.
extensive
Graphite has an extremely low reactivity. Graphite can react with oxygen and sulfuric acid.
Reactivity and conductivity.
Reactivity depends on into which foreign mixture an acid or base is mixed. The further the difference of pH values between the acid or base and the new system into which the acid or base is added, the greater will be the resultant reactivity.
Copper metal does not have enough reactivity to react with sulfuric acid.
Reactivity is intensive property, reaction rate is extensive.
in contrast... Hcl is a strong acid... It takes pH to 1,... Note: its reactivity depends on its concentration.
This chemical property is called reactivity.
No, as copper is below Hydrogen in the reactivity series
The diluted strong acid might be only 1% acid. Quantities also change the reactivity.