Titanium dioxide or titanium(IV) oxide.
The name of the ionic compound Cu3PO3 is copper(I) phosphite.
Sodium bromite is the name of the ionic compound NaBrO2.
The name of the ionic compound Cs2S is cesium sulfide.
The name for the ionic compound MgOH2 is magnesium hydroxide.
The ionic compound name for SCI4 is sulfur tetrachloride.
Out of the compounds listed, only TiO2 (titanium dioxide) is an ionic compound. The others are molecular compounds. TiO2 is composed of a metal (titanium) and a nonmetal (oxygen), resulting in an ionic bond between them.
Yes, TiO2 is a binary ionic compound composed of titanium (Ti) cations and oxygen (O) anions.
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The charge of each titanium ion in the ionic compound TiO2 is +4. This is because oxygen typically has a charge of -2, so in order for the compound to be neutral, titanium must have a charge of +4 to balance out the -2 charge of each oxygen ion.
The name of the ionic compound Cu3PO3 is copper(I) phosphite.
Sodium bromite is the name of the ionic compound NaBrO2.
The name of the ionic compound Cs2S is cesium sulfide.
The name for the ionic compound MgOH2 is magnesium hydroxide.
The ionic compound name for SCI4 is sulfur tetrachloride.
The name of the ionic compound Li2S is lithium sulfide.
TiO2. If you don't know that TiO2 is a solid and CO2 is a gas the "reasoning"is TiO2 is a metal oxide, these are solids. CO2 is a non-metal oxide and carbon is not a metalloid, and the majority of these are gases (SeO2 is the exception. Additionally, you can look at their electronegativity differences and see that titanium(IV) oxide is more ionic and carbon dioxide is more covalent. Generally speaking, ionic solids have high melting points and covalent substances (mostly gases and liquids anyway under normal conditions) have low melting points.
Potassium perchlorate is the name of the ionic compound KBrO4.