What is the order of reactivity of these alkenes
`(CH_(3))_(2)C=CH_(2)(I), CH_(3)CH=CH_(2)(II) and `CH_(2)=CH_(2)(III)` when subject to acid - catalysed hydration?

What is the order of reactivity of these alkenes (CH_(3))_(2)C=CH_(2)(I), CH_(3)CH=CH_(2)(II) and CH_(2)=CH_(2)(III) when subjected to acid - catalysed hydration?

Dipole moment of CH_(3)CH_(2)CH_(3)(I),CH_(3)CH_(2)OH(II) and CH_(3)CH_(2)F(III) is in order

Dipole moment of CH_(3)CH_(2)CH_(3)(I),CH_(3)CH_(2)OH(II) and CH_(3)CH_(2)F(III) is in order

The order of reactivity of the alkenes : underset((I))((CH_(3))_(2)C=CH_(2))," "underset((II))(CH_(3)CH = CH_(2))," "underset((III))(CH_(2) = CH_(2)) When subjected to acid catalysed hydration is :

Rates of hydration of the following alkene are: CH_(3)-OCH=CH_(2)" "F-CH=CH=CH_(2)" "CH_(3)CH=CH_(2)

The order of decreasing S_(N)1 reactivities of the halides I CH_(3)CH_(2)CH_(2)CI (II) CH_(2) = CHCHCICH_(3) (III) CH_(3)CH_(2)CHCICH_(3)

The order of decreasing S_(N)1 reactivities of the halides (I ) CH_(3)CH_(2)CH_(2)Cl (II) CH_(2) = CHCHCICH_(3) (III) CH_(3)CH_(2)CHCICH_(3)