Physical Quantities & SI Unit Quiz Questions and Answers 86 PDF Book Download

Physical quantities and si unit quiz questions, physical quantities and si unit MCQs with answers, O level physics test prep 86 to learn O level physics courses for online degrees. Measurement of physical quantities quiz questions and answers, physical quantities and si unit multiple choice questions (MCQs) to practice physics test with answers for online colleges and universities courses. Learn physical quantities and si unit MCQs, specific heat capacity, introduction to waves, measuring time, physical quantities and si unit test prep for physics certifications.

Learn physical quantities and si unit test with multiple choice question (MCQs): si unit of length is, with choices meter, kilogram, kilometer, and none of the above for online bachelor degree. Learn measurement of physical quantities questions and answers for problem-solving, merit scholarships assessment test. Physical Quantities & SI Unit Video

Quiz on Physical Quantities & SI UnitQuiz Book Download Worksheet 86

Physical Quantities and SI Unit Quiz

MCQ: SI unit of length is

  1. meter
  2. kilogram
  3. kilometer
  4. None of the above

A

Measuring Time Quiz

MCQ: Most of watches and wall clocks have precision of

  1. Minutes
  2. Hours
  3. Seconds
  4. Microseconds

A

Introduction to Waves Quiz

MCQ: Waves transfer energy from one point to other.

  1. It's true
  2. Its false
  3. its neutral
  4. None of others

A

Specific Heat Capacity Quiz

MCQ: Specific heat capacity of a substance is equal to

  1. the amount of heat required to raise the temperature of a 1 kg of a substance by 1 K
  2. the amount of heat required to raise the temperature of a substance by 1 K
  3. the amount of heat required to change the phase of a substance from solid to liquid without any change in temperature
  4. the amount of heat required to change the phase of a substance from liquid to gas without any change in temperature

A

Thermal Properties Quiz

MCQ: Heat absorbed or released by same state of matter is represented by

  1. Q = mcΔθ
  2. Q = mc/Δθ
  3. Q = m/cΔθ
  4. Q = Δθ/mc

A