- ACalorie
- BJoule
- CElectron volt
- DWatt
Mechanics - Quiz
- APascal
- BDyne
- CNewton
- DJule
- AParallactic second
- BMicro second
- CLeap year
- DSolar day
- A10-9 m
- B10-15 m
- C10-18 m
- D10-12 m
- ASpeed of Light
- BIntensity of Sound
- CIntensity of Heat
- DNone
- AKinetic energy and Velocity
- BWork and Torque
- CPotential energy and Linear momentum
- DAngular momentum and Work
- Avolt * ampere
- Bvolt2 * ampere
- Cvolt/ampere
- Dampere/volt
- AJoule
- BWatt
- CNewton-Second
- DJoule-Second
- AMass
- BPressure
- CDensity
- DPurity
- ASpeed
- BMass
- CLength
- DVelocity
Results:
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🟢 Correct Answers: 🔴 Wrong Answers:
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Quiz Information
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Quiz Analytics
Mechanics - Quiz
Guest User
Time Taken: Questions: Answered: Not Answered:
Correct Answer:
Wrong Answer:
Percentage: %
- A. Calorie
- B. Joule
- C. Electron volt
- D. Watt
Remarks:
Explanation:
Watt is not the unit of energy.
- A. Pascal
- B. Dyne
- C. Newton
- D. Jule
Remarks:
Explanation:
Pascal is the SI unit of pressure
- A. Parallactic second
- B. Micro second
- C. Leap year
- D. Solar day
Remarks:
Explanation:
Parallactic second is not the unit of time
- A. 10-9 m
- B. 10-15 m
- C. 10-18 m
- D. 10-12 m
Remarks:
Explanation:
One fermimetre is equal to 10-15 m.
- A. Speed of Light
- B. Intensity of Sound
- C. Intensity of Heat
- D. None
Remarks:
Explanation:
Decibel is the unit of Intensity of Sound.
- A. Kinetic energy and Velocity
- B. Work and Torque
- C. Potential energy and Linear momentum
- D. Angular momentum and Work
Remarks:
Explanation:
Work and Torque is the following physical quantities have the same dimensions.
- A. volt * ampere
- B. volt2 * ampere
- C. volt/ampere
- D. ampere/volt
Remarks:
Explanation:
Unit of resistance is volt/ampere.
- A. Joule
- B. Watt
- C. Newton-Second
- D. Joule-Second
Remarks:
Explanation:
The SI unit of mechanical power is Watt.
- A. Mass
- B. Pressure
- C. Density
- D. Purity
Remarks:
Explanation:
Joule is related to energy in the same way as Pascal is related to Pressure.
- A. Speed
- B. Mass
- C. Length
- D. Velocity
Remarks:
Explanation:
Answer: Option D Explanation: Velocity is defined as vector form. Because it describes both direction and magnitude. If it only refers magnitude means it is called as scalar form. Other three options are in scalar forms.