SSLC Science and Technology NIOS IV Welcome to your SSLC Science and Technology NIOS IV Total Questions: 50 Name Mobile No: 1. SI unit of density is: m³ kg/m³ Newton kg None Hint 2. Energy stored in a stretched spring is: Kinetic energy Potential energy Heat energy Chemical energy None Hint 3. According to Archimedes’ principle, buoyant force equals: Volume of object Weight of liquid displaced Mass of object Density of object None Hint 4. Work done against gravity increases: Time Speed Height Force None Hint 5. SI unit of force is: Joule Watt Pascal Newton None Hint 6. The weight of an object is: Mass × gravity Gravity ÷ mass Mass × velocity Mass ÷ gravity None Hint 7. A machine with higher power does work: No work Slowly Quickly Same speed None Hint 8. Density = Volume ÷ Mass Weight ÷ Volume Mass ÷ Volume Mass × Volume None Hint 9. Law of conservation of energy states: Energy disappears Energy is destroyed Energy neither created nor destroyed Energy is created None Hint 10. SI unit of work is: Watt Newton Joule Pascal None Hint 11. Gravitational force was discovered by: Newton Galileo Faraday Einstein None Hint 12. The force that keeps planets in orbit around the Sun is: Magnetic force Nuclear force Friction Gravitational force None Hint 13. Free fall means: Falling only under gravity Falling with force Falling upward Falling with air resistance None Hint 14. Mechanical energy = Kinetic + Potential Force × Time Chemical + Electrical Heat + Light None Hint 15. 1 kWh equals: 3.6 × 10⁶ J 3.6 × 10⁷ J 3.6 × 10⁴ J 3.6 × 10⁵ J None Hint 16. Potential energy = mv ½ mv² mgh Fd None Hint 17. 1 watt = 1 kg/m 1 m/s 1 J/s 1 N/m None Hint 18. Pressure in liquids increases with: Height Temperature Area Depth None Hint 19. Weight of an object on Moon is about: Zero Double of Earth Same as Earth 1/6 of Earth None Hint 20. If buoyant force > weight, object will: Break Stay same Float Sink None Hint 21. When an object is in free fall, its acceleration is: Constant Decreasing Increasing Zero None Hint 22. Kinetic energy = mv mgh Fd ½ mv² None Hint 23. Mass of an object is: Zero in space Constant everywhere Depends on gravity Changes with place None Hint 24. The value of acceleration due to gravity (g) on Earth is: 8.9 m/s² 9.8 m/s² 7.8 m/s² 10.8 m/s² None Hint 25. A body at rest has: Kinetic energy Potential energy No energy Both None Hint 26. SI unit of power is: Joule Watt Pascal Newton None Hint 27. Relative density has: Unit Pascal unit Newton unit No unit None Hint 28. Kinetic energy depends on: Mass and velocity Velocity only Height only Mass only None Hint 29. Work is done when: Force is applied without displacement No force and no displacement Force causes displacement Displacement occurs without force None Hint 30. Commercial unit of electrical energy is: kWh Joule Watt Newton None Hint 31. SI unit of energy is: Watt Joule Newton Pascal None Hint 32. SI unit of weight is: Kg Newton Watt Joule None Hint 33. Potential energy depends on: Speed Force Height Mass only None Hint 34. The energy possessed by a moving body is: Kinetic Heat Potential Chemical None Hint 35. The value of G is: 1 N/kg 10 N/kg 6.67 × 10⁻¹¹ N m²/kg² 9.8 N/kg None Hint 36. A ship floats in water because: Its density > water No gravity Its density < water No force None Hint 37. SI unit of pressure is: Newton Joule Watt Pascal None Hint 38. The gravitational force between two objects increases when: Distance increases Mass increases Mass decreases Both decrease None Hint 39. Power = Time ÷ Work Energy × Time Work × Time Work ÷ Time None Hint 40. The force of gravity depends on: Shape only Mass only Distance only Mass and distance None Hint 41. When work is done, energy is: Created Lost Destroyed Transferred None Hint 42. Upward force exerted by liquid is called: Gravity Friction Pressure Buoyant force None Hint 43. The force that attracts objects towards the centre of the earth is called: Magnetic force Gravitational force Frictional force Electrostatic force None Hint 44. Weight is a: Mass Constant Scalar quantity Vector quantity None Hint 45. Work = Power × Time13.WORK AND ENERGY Force × Displacement Mass × Acceleration Force ÷ Displacement None Hint 46. If height increases, potential energy: Zero Decreases Increases Same None Hint 47. If displacement is zero, work done is: Maximum Zero Minimum Infinite None Hint 48. Energy is the capacity to do: Force Work Power Motion None Hint 49. SI unit of gravitational constant (G) is: Joule Kg/m² N m²/kg² N/kg None Hint 50. Work is done when: Force causes displacement Force is applied without displacement Displacement occurs without force No force and no displacement None Hint Time's up Share: admin Previous post SSLC Science and Technology NIOS III February 6, 2026 Next post SSLC Science and Technology NIOS V February 8, 2026