Question: 1. The gas law that relates volume and temperature is called (a) Boyles law. (b) Hookes law. (c) Charless law. (d) None of the above.
1. The gas law that relates volume and temperature is called
(a) Boyle’s law.
(b) Hooke’s law.
(c) Charles’s law.
(d) None of the above.
2. The gas law that relates volume and pressure is called
(a) Boyle’s law.
(b) Hooke’s law.
(c) Charles’s law.
(d) None of the above.
3. If the temperature of a gas is constant and the volume is decreased, the pressure will
(a) Stay the same.
(b) Decrease.
(c) Increase.
(d) Increase or decrease, depending on the gas.
4. If the temperature of a gas is constant and the pressure is decreased, the volume will
(a) Stay the same.
(b) Decrease.
(c) Increase.
(d) Increase or decrease, depending on the gas.
5. If the pressure on a gas is constant and the temperature is decreased, the volume will
(a) Stay the same.
(b) Decrease.
(c) Increase.
(d) Increase or decrease, depending on the gas.
6. If the pressure on a gas is constant and the volume is decreased, the temperature will
(a) Stay the same.
(b) Decrease.
(c) Increase.
(d) Increase or decrease, depending on the amount of gas.
(a) Boyle’s law.
(b) Hooke’s law.
(c) Charles’s law.
(d) None of the above.
2. The gas law that relates volume and pressure is called
(a) Boyle’s law.
(b) Hooke’s law.
(c) Charles’s law.
(d) None of the above.
3. If the temperature of a gas is constant and the volume is decreased, the pressure will
(a) Stay the same.
(b) Decrease.
(c) Increase.
(d) Increase or decrease, depending on the gas.
4. If the temperature of a gas is constant and the pressure is decreased, the volume will
(a) Stay the same.
(b) Decrease.
(c) Increase.
(d) Increase or decrease, depending on the gas.
5. If the pressure on a gas is constant and the temperature is decreased, the volume will
(a) Stay the same.
(b) Decrease.
(c) Increase.
(d) Increase or decrease, depending on the gas.
6. If the pressure on a gas is constant and the volume is decreased, the temperature will
(a) Stay the same.
(b) Decrease.
(c) Increase.
(d) Increase or decrease, depending on the amount of gas.
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