Gas Law Quiz 1 - Gas Generation Question

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Changed: 1c1,28

Zinc will react with hydrochloric acid solution to produce hydrogen gas and an aqueous solution of zinc chloride as described below:

Potassium metal will react with a hydrochloric acid solution to produce hydrogen gas and an aqueous solution of potassium chloride as described below:

2 K_(s) + 2 H₁Cl_{1 (aq)} --> 1 H_{2 (g)} + 2 K₁Cl_{1 (aq)}

If I collect the hydrogen gas that is produced from completely reacting all 32.5 grams of potassium (assuming excess amount of hydrochloric acid), what is the volume of the container. Assume that the temperature is 103°C and the pressure is 2.41E3 mmHg?

Removed: 3d29

1 Zn_(s) + 2 H₁Cl_{1 (aq)} --> 1 H_{2 (g)} + 1 Zn₁Cl_{2 (aq)}

Removed: 6d31

a gas and another product. Write the balanced chemical reaction below including phase.

Removed: 9d33

1b. If I collect the gas that is produced from completely reacting all 32.5 grams of zinc (assuming excess amount of hydrochloric acid), what is the volume of the container. Assume that the temperature is 15.4degC and the pressure is 321kPa?

Zinc will react with hydrochloric acid solution to produce hydrogen gas and an aqueous solution of zinc chloride as described below:

1 Zn_(s) + 2 H₁Cl_{1 (aq)} --> 1 H_{2 (g)} + 1 Zn₁Cl_{2 (aq)}

a gas and another product. Write the balanced chemical reaction below including phase.

1b. If I collect the gas that is produced from completely reacting all 32.5 grams of zinc (assuming excess amount of hydrochloric acid), what is the volume of the container. Assume that the temperature is 15.4degC and the pressure is 321kPa?