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State Which of the Substance Given Below Evolve Oxygen Gas on Thermal Decomposition. Mercury (Ii) Oxide - Chemistry

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प्रश्न

State which of the substance given below evolve oxygen gas on thermal decomposition.

Mercury [II] oxide

एक शब्द/वाक्यांश उत्तर
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उत्तर

Mercury [II] oxide HgO

On thermal decomposition, Mercury [II] oxide is evolved oxygen

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अध्याय 9: Practical Chemistry - Practical chemistry

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विराफ जे दलाल Simplified ICSE Chemistry [English] Class 9
अध्याय 9 Practical Chemistry
Practical chemistry | Q 3.7

संबंधित प्रश्न

Explain, giving one example for each of the following chemical changes:

Displacement


(a) What is synthesis?

(b) What kind of chemical reaction is synthesis? Support your answer by an example.


State the type of reactions for the following represent and balance the ones that are not balanced.

CuO+H2→ Cu+ H2


Select the correct salt from list II which on thermal decomposition exhibits the change in colour from list I.

List I List II
1. Light green to black A: Copper carbonate
2. White to yellow [heated state] B: Hydrated Copper sulphate
3. Blue to black C: Copper nitrate
4. Orange to green D: Ammonium dichromate
5. Blue to white E: Zinc nitrate

State which of the substance given below evolve oxygen gas on thermal decomposition.

Trilead tetroxide


The reaction can be classified as:

State which of the following type, take place in the reaction is given below.

\[\ce{SO2 + 2H2O + Cl2->2HCl + H2SO4}\]


Give a balanced equation for a direct combination reaction involving:

Two compounds – resulting in the formation of a weak acid


Give a balanced equation for the following reaction of synthesis involving the formation of:

An alkali – from a basic oxide – sodium oxide


Convert hydrogen to hydrogen chloride by a direct combination reaction.


Match the chemical reactions in List I with the appropriate answer in List II.

List I List II
1. \[\ce{AB⇌[heat]A + B}\] A: Double decomposition
2. \[\ce{AB->A + B}\] B: Thermal dissociation

3. \[\ce{X+Y- + AB+B-  ->X+B- + A+Y-}\]

C: Endothermic reaction
4. \[\ce{X + YZ->XZ + Y}\] D: Displacement reaction
5. \[\ce{X + Y->[heat]XY - \Delta}\] E: Decomposition reaction

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