Physical Quantities and Measurement MCQs | STS IBA FPSC BPSC SPSC PPSC Mcqs Test Preparation
Physical Quantities and Measurement with Expert Online Physics Exams
Strengthen your grasp of Physical Quantities and Measurement with targeted online physics exams designed to boost your preparation. These resources cover essential basic physics concepts related to units, dimensions, and accurate measurement techniques. Utilize practice tests and MCQ answers to deepen your understanding of measurement systems and error analysis. Focusing on force and motion MDCAT MCQs will further enhance your ability to tackle related questions effectively.
For excelling in physical tests, particularly the MDCAT, engage with high-quality practice MCQs focused on Physical Quantities and Measurement. By incorporating Pak MCQs into your study sessions, you’ll refine your skills and build confidence. Leveraging these expert online tools will ensure comprehensive preparation and help you achieve outstanding results in your Physical Quantities and Measurement exams.
The unit of energy consumption used by power companies is:
A. Kilowatt-hour
B. Joule
C. Watt
D. Ampere
Answer: Kilowatt-hour
Which unit is used to measure frequency?
A. Hertz
B. Volt
C. Joule
D. Newton
Answer: Hertz
The SI unit of thermal conductivity is:
A. Watt per meter per Kelvin
B. Joule per second
C. Newton meter
D. Pascal
Answer: Watt per meter per Kelvin
Which instrument is used to measure relative humidity?
A. Hygrometer
B. Barometer
C. Ammeter
D. Photometer
Answer: Hygrometer
What is the SI unit of electric potential?
A. Volt
B. Watt
C. Ampere
D. Ohm
Answer: Volt
The SI unit of electric power is:
A. Watt
B. Volt
C. Ohm
D. Coulomb
Answer: Watt
Which of the following is a base SI unit?
A. Kilogram
B. Liter
C. Watt
D. Joule
Answer: Kilogram
The time taken for one complete oscillation is called:
A. Period
B. Frequency
C. Amplitude
D. Phase
Answer: Period
The amount of heat required to raise the temperature of 1 kg of a substance by 1°C is known as:
A. Specific heat capacity
B. Latent heat
C. Thermal conductivity
D. Heat capacity
Answer: Specific heat capacity