Thank for visiting the EngineerInTrainingExam.com Practice Questions Page for the EIT Exam. I put this these problems together in an effort to help you prepare and get an idea of the types and structure of questions on the exam. For each question, choose the best answer from the four options given. After each question, you will be given a detailed description of how the answer was obtained, so don’t worry if you get it wrong.

#### Enter you name and email address in the slots given to gain Instant Access

There is no time limit, but it wouldn’t be a bad idea to time yourself just to see where you stand.

Good Luck!

**Subscriber**to EngineerInTrainingExam.com. Join the many who receive exclusive content along with the latest tips, guidance, and updates straight to their email. Oh yah, you'll also get my FREE eBook titled

**"EIT PREPARATION BOOT CAMP; A complete Study Guide to Setting Yourself up for Success on the Engineer In Training Exam "**My strict privacy policy keeps your email address 100% & secure given away, traded, sold, delivered, revealed, publicized, or marketed in any way, shape, or form.

Question 1 |

$$x^2+(y+2)^2=9$$ | |

$$x^2+y^2=7$$ | |

$$x^2+(y+2)^2=7$$ | |

$$(x+2)^2+y^2=9$$ |

Question 2 |

$$621.7$$ | |

$$273.1$$ | |

$$213.3$$ | |

$$571$$ |

Question 3 |

$$$900$$ | |

$$($63.58)$$ | |

$$$13,100$$ | |

$$($12,900)$$ |

Question 4 |

$$I=-.85\;amps$$ | |

$$I=-5.4\;amps$$ | |

$$I=2.1\;amps$$ | |

$$I=5.4\;amps$$ |

Question 5 |

Cargo is being pulled up a ramp as shown in the figure below. The contents within are fragile so it's crucial the container is pulled up at a constant acceleration of \(3 \frac{m}{s^2}\). Determine the Tension necessary on the backside of the pulley (right side) to ensure the \(100kg\) contents are not disturbed.

$$T=671.1N$$ | |

$$T=853.2N$$ | |

$$T=903.4N$$ | |

$$T=1,155.9N$$ |

Question 6 |

$$y(t)=2-3e^{5t}$$ | |

$$y(t)=10+5e^{5t}$$ | |

$$y(t)=2-3e^{-5t}$$ | |

$$y(t)=10+5e^{5t}$$ |

Question 7 |

$$\eta_t= \frac{W_{cyc}}{Q_{cyc}}$$ | |

$$W_{cyc}=Q_{23}+-Q_{41}$$ | |

$$Q_{cyc}=Q_{23}-Q_{41}$$ | |

$$W_{cyc}=W_{23}+W_{34}-W_{12}$$ |

Question 8 |

A \(12V \) DC source has been running the circuit below for a long time. Given this information, determine the voltage across the Capacitor:

$$0\;V$$ | |

$$12\;V$$ | |

$$6\;V$$ | |

$$8.5\;V$$ |

Question 9 |

$$2$$ | |

$$3$$ | |

$$1$$ | |

$$0$$ |

Question 10 |

$$9.15\;MPa \sqrt{m}$$ | |

$$16.06\;MPa \sqrt{m}$$ | |

$$507.8\;MPa \sqrt{m}$$ | |

$$71.7\;MPa \sqrt{m}$$ |

List |