Not under normal circumstances, but it may be possible to create it.
This is an ionic compound.
Yes, this is an ionic compound.
It's a mystery.
Sn=0
The compound Sn2O3 is not well characterised and is an intermediate formed when SnO disproportionates to SnO2 and Sn metal. The best name for it is ditin trioxide, a name that reflects the composition. Probably it contains Sn(II) and Sn(IV) in equal proportions.
This is an ionic compound.
The compound Sn SO3 2 is Tin (IV) Sulphite. It can be produced easily in a chemistry lab, but has few if any commercial applications.
Sn is the element tin, a soft metal with a relatively low melting temperature.
No. Au is gold and Sn is tin; they're elements.
Yes, this is an ionic compound.
Sn=0
It's a mystery.
Tin hydride.
The compound Sn2O3 is not well characterised and is an intermediate formed when SnO disproportionates to SnO2 and Sn metal. The best name for it is ditin trioxide, a name that reflects the composition. Probably it contains Sn(II) and Sn(IV) in equal proportions.
Formula: Sn(NO3)2
CO is a compound, all the others are elements. A compound contains 2 or more elements.
Tin (II) Hydroxide