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Simple Kinetic Theory of Matter Multiple Choice Questions and Answers PDF p. 1

Practice Simple Kinetic Theory of Matter multiple choice questions and answers, O Level quiz answers PDF to solve O Level Physics worksheets 1 for online colleges. Solve pressure in gases MCQs, Simple Kinetic Theory of Matter trivia questions and answers for admission and merit scholarships test. "Simple Kinetic Theory of Matter MCQ" PDF book: pressure in gases, kinetic molecular model of matter career test for online bachelor degree programs.

"Air trapped inside a single-piston-cylinder exerts a pressure of 760 mmHg. If its volume is increased by 30% at a constant temperature, the pressure exerted would be equal to" Multiple Choice Questions (MCQ) on simple kinetic theory of matter with choices 544 mmhg, 533 mmhg, 584 mmhg, and 633 mmhg for ACT test. Practice pressure in gases quiz questions for jobs' assessment test and online courses for ACT subject tests.

MCQs on Simple Kinetic Theory of Matter Quiz

1.

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

533 mmHg
544 mmHg
584 mmHg
633 mmHg

2.

According to kinetic molecular model, in gases,

The particles are closely packed together, they occupy minimum space and are usually arranged in a regular pattern
The particles occur in clusters with molecules slightly further apart
The molecules are very far apart and occupy all the space made available to them
The particles vibrate about fixed positions and are held together by the strong intermolecular bonds between them

3.

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

533 mmHg
544 mmHg
584 mmHg
633 mmHg

4.

For a constant temperature, Boyle's law states that

the pressure of a fixed amount of gas is directly proportional to the volume of the gas
the pressure of a fixed amount of gas is inversely proportional to the volume of the gas
the pressure of a fixed amount of gas is independent of the volume of the gas
None of the above

5.

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

0.25 M Pa
2 M Pa
8 M Pa
16 M Pa