Provide the chemical formula for each of the given binary compounds below:

(a) palladium(IV) sulfide

(b) rubidium selenide

(c) molybdenum(VI) iodide

(d) niobium(V) sulfide

Give the resulting chemical formulas when the following ions combine.

i. Mg²⁺ and Cl⁻

ii. Mg²⁺ and PO₄³⁻

iii. Ga³⁺ and PO₄³⁻

Write the chemical formula for the combination of each pair:

a. sodium and acetate.

b. sodium and chromate.

c. sodium and phosphate.

d. sodium and cyanide.

e. magnesium and hydroxide.

f. magnesium and carbonate.

g. magnesium and phosphate.

h. magnesium and hydrogen phosphate.

Identify the name of the hydrated ionic compound, K₂CrO₄.3H₂O

Based on the knowledge of the acids and oxyanions of chlorine, name the following acids and anions: 

HBrO

BrO^–

HBrO₂

BrO₂^–

HBrO₃

BrO₃^–

HBrO₄

BrO₄^–

Identify which pairing is incorrect. 

a. HBr, hydrobromide acid

b. H₂CrO₄, chromic acid

c. H₂PO₃, phosphoric acid

d. HCl, hydrochloric acid

Give the systematic names for (a) N₂O₅ and (b) Pt(SO₄)₂.

Explosions using chemicals are accompanied by the release of hot gases, often seen by a shock wave traveling at speeds reaching 10300 m/s. Detonation of trinitrotoluene (TNT, C₇H₅N₃O₆) causes it to decompose and form the following gases: N₂, H₂, CO, and C. Write a balanced equation for the detonation of TNT.

Write the balanced reaction based on the molecules of a reaction shown below

Balance the equations below by adding the correct coefficients

_— CuO + _— CO → _— Cu + _— CO₂

_— Na₃N + _— H₂O → _— NaOH + _— NH₃

_— SeO₂ + _— O₂ → _— SeO₃