Statement 1: When a magnet is dipped in liquid oxygen, some of it sticks to the magnet.
Statemetn 2: Oxygen is paramgnetic in nature.

Statement 1: When a magnet is dipped in liquid oxygen, some of it sticks to the magnet. Statement 2: Oxygen is paramagnetic in nature.

When a magnet is dipped in a bowl of iron filings, the poles of the magnet attract

Why does liquid oxygen stick to the magnet but liquid nitrogen does not?

Explain why the liquid oxygen sticks to the magnet pole but liquid nitrogen does not ?

Explain why the liquid oxygen sticks to the magnet pole but liquid nitrogen does not ?

(a) H_(2)^(+)and H_(2)^(-) ions have same bond order but H_(2)^(-) ion is more stable. Explain. (b) N_(2) has a greater bond dissociation enthalpy than N_(2)^(+) ion hals more bond dissociation enthalpy than O_(2). Why ? (c ) Can we have ahomonuclear diatomic molecule with all its ground state molecular orbitals full of electrons ? (d) When a magnet is dipped in a jar of liquid oxygen, some oxygen clings to it. Assign reason :

(a) H_(2)^(+)and H_(2)^(-) ions have same bond order but H_(2)^(-) ion is more stable. Explain. (b) N_(2) has a greater bond dissociation enthalpy than N_(2)^(+) ion hals more bond dissociation enthalpy than O_(2). Why ? (c ) Can we have ahomonuclear diatomic molecule with all its ground state molecular orbitals full of electrons ? (d) When a magnet is dipped in a jar of liquid oxygen, some oxygen clings to it. Assign reason :

Liquid oxygen stick to magnetic poles but not liquid nitrogen. Why?

In terms of magnetic properties, oxygen belongs to

Statement : I Neither the magnetic field vector vecB nor the magnetic intensity vector vecH of a magnetic field depend on the nature of the medium. Statement : II If the magnetic permeability of a medium is mu then vecH=(1)/(mu)vecB