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Instruction:

- This is a FREE online test. DO NOT pay money to anyone to attend this test.
- Total number of questions :
**20**. - Time alloted :
**30**minutes. - Each question carry 1 mark, no negative marks.
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- All the best :-).

1. | Determine the magnitude and direction of the resultant force. |
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Your Answer: Option (Not Answered) Correct Answer: Option A Learn more problems on : Force Vectors Discuss about this problem : Discuss in Forum |

2. | Determine the angle |
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Your Answer: Option (Not Answered) Correct Answer: Option B Learn more problems on : Force Vectors Discuss about this problem : Discuss in Forum |

3. | Determine the moment of force F |
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Your Answer: Option (Not Answered) Correct Answer: Option D Learn more problems on : Force System Resultants Discuss about this problem : Discuss in Forum |

4. | Determine the moment of the force at |
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Your Answer: Option (Not Answered) Correct Answer: Option D Learn more problems on : Force System Resultants Discuss about this problem : Discuss in Forum |

5. | Determine the tension in the supporting cables |
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Your Answer: Option (Not Answered) Correct Answer: Option A Learn more problems on : Equilibrium of a Rigid Body Discuss about this problem : Discuss in Forum |

6. | The |
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Your Answer: Option (Not Answered) Correct Answer: Option B Learn more problems on : Equilibrium of a Rigid Body Discuss about this problem : Discuss in Forum |

7. | The floor beams |
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Your Answer: Option (Not Answered) Correct Answer: Option C Learn more problems on : Structural Analysis Discuss about this problem : Discuss in Forum |

8. | The |
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Your Answer: Option (Not Answered) Correct Answer: Option D Learn more problems on : Structural Analysis Discuss about this problem : Discuss in Forum |

9. | The jack shown supports a 350-kg automobile engine. Determine the compression in the hydraulic cylinder |
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Your Answer: Option (Not Answered) Correct Answer: Option A Learn more problems on : Structural Analysis Discuss about this problem : Discuss in Forum |

10. | Locate the center of gravity of the volume generated by revolving the shaded area about the |
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Your Answer: Option (Not Answered) Correct Answer: Option C Learn more problems on : Center of Gravity and Centroid Discuss about this problem : Discuss in Forum |

11. | The |
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Your Answer: Option (Not Answered) Correct Answer: Option B Learn more problems on : Kinematics of Particle (KOP) Discuss about this problem : Discuss in Forum |

12. | The pilot of flighter plane |
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Your Answer: Option (Not Answered) Correct Answer: Option D Learn more problems on : Kinematics of Particle (KOP) Discuss about this problem : Discuss in Forum |

13. | A sled is traveling down along a curve which can be approximated by the parabola B on the runner is coincident with point A on the curve (x = 2m, _{A}y_{A} = 1 m), the speed if B is measured as v = 8 m/s and the increase in speed is _{B}dv = 4 m/s_{B}/dt^{2}. Determine the magnitude of the acceleration of point B at this instant. |
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Your Answer: Option (Not Answered) Correct Answer: Option B Learn more problems on : Kinematics of Particle (KOP) Discuss about this problem : Discuss in Forum |

14. | When the motorcyclist is at |
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Your Answer: Option (Not Answered) Correct Answer: Option C Learn more problems on : Kinematics of Particle (KOP) Discuss about this problem : Discuss in Forum |

15. | A car is traveling at a speed of 80 ft/s when the brakes are suddenly applied, causing a constant deceleration of 10 ft/s |
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Your Answer: Option (Not Answered) Correct Answer: Option B Learn more problems on : Kinematics of Particle (KOP) Discuss about this problem : Discuss in Forum |

16. | A boy twirls a 15-lb bucket of water in a vertical circle. If the radius of curvature of the path is 4 ft, determine the minimum speed the bucket must have when it is overhead at A so no water spills out. |
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Your Answer: Option (Not Answered) Correct Answer: Option A Learn more problems on : KOP: Force and Acceleration Discuss about this problem : Discuss in Forum |

17. | If the block at |
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Your Answer: Option (Not Answered) Correct Answer: Option A Learn more problems on : Planar Kinematics of a Rigid Body (PKRB) Discuss about this problem : Discuss in Forum |

18. | Arm |
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Your Answer: Option (Not Answered) Correct Answer: Option D Learn more problems on : Planar Kinematics of a Rigid Body (PKRB) Discuss about this problem : Discuss in Forum |

19. | The slender 200-kg beam is suspended by a cable at its end as shown. If a man pushes on its other end with a horizontal force of 30 N, determine the initial acceleration of its mass center |
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Your Answer: Option (Not Answered) Correct Answer: Option D Learn more problems on : PKRB: Force and Animation Discuss about this problem : Discuss in Forum |

20. | A clown, mounted on stilts, loses his balance and falls backward from the position, where it is assumed the = 0 when A if it is observed that slipping occurs when _{} = 30°. |
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Your Answer: Option (Not Answered) Correct Answer: Option D Learn more problems on : PKRB: Force and Animation Discuss about this problem : Discuss in Forum |

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