Pressure in Gases MCQs & Quiz Online PDF Book Download

Pressure in gases MCQs, pressure in gases quiz answers to learn physics courses online. Simple kinetic theory of matter multiple choice questions (MCQs), pressure in gases quiz questions and answers for online college degrees. Pressure in gases test prep for physics certifications.

Learn simple kinetic theory of matter test MCQs: air trapped inside a single-piston-cylinder exerts a pressure of 760 mmhg. if its volume is increased by 30% at a constant temperature, pressure exerted would be equal to, with choices 533 mmhg, 544 mmhg, 584 mmhg, and 633 mmhg for online college degrees. Practice assessment test for scholarships, online learning pressure in gases quiz questions for competitive assessment in physics major. Pressure in Gases Video

MCQ on Pressure in GasesQuiz Book Download

MCQ: Air trapped inside a single-piston-cylinder exerts a pressure of 760 mmHg. If its volume is increased by 30% at a constant temperature, pressure exerted would be equal to

  1. 533 mmHg
  2. 544 mmHg
  3. 584 mmHg
  4. 633 mmHg

C

MCQ: In gases, pressure is

  1. directly proportional to volume
  2. inversely proportional to volume
  3. directly proportional to friction
  4. inversely proportional to heat

B

MCQ: Air trapped inside a single-piston-cylinder exerts a pressure of 760 mmHg. If its volume is increased by 20% at a constant temperature, pressure exerted would be equal to

  1. 533 mmHg
  2. 544 mmHg
  3. 584 mmHg
  4. 633 mmHg

D

MCQ: For a constant temperature, Boyle's law states that

  1. the pressure of a fixed amount of gas is directly proportional to the volume of the gas
  2. the pressure of a fixed amount of gas is inversely proportional to the volume of the gas
  3. the pressure of a fixed amount of gas is independent of the volume of the gas
  4. None of the above

B

MCQ: If air at a pressure of 2 MPa is compressed such that new volume of air is one eighth of its initial volume, then new pressure of air is

  1. 0.25 M Pa
  2. 2 M Pa
  3. 8 M Pa
  4. 16 M Pa

D