Lebanese University Faculty of Engineering Entrance Examination study materials
Lebanese University Faculty of Engineering Entrance Examination study resources

Lebanese University Faculty of Engineering Entrance Examination case studies

Lebanese University Faculty of Engineering Entrance Examination · Put your knowledge to work in context.

The Lebanese University Faculty of Engineering entrance examination is the competitive admissions filter for candidates seeking a place in the Faculty of Engineering at the Lebanese University, the country's only public university. It is aimed at strong secondary-school graduates, typically holders of the Lebanese Baccalaureate in mathematics or experimental sciences, who want to enter engineering studies in the public system rather than a private university. The Lebanese University Faculty of Engineering Entrance Examination case studies are 5 cases and about 2,809 words.

1

Parametric Gain Curve With a Required Minimum

A bench engineer is calibrating a voltage-gain stage whose gain is modeled by G(v) = (v² + a v + 25)/(v + 1) for input v 0, with v in volts and G dimensionless. The trim parameter a is fixed during manufacture.

575 words, about 3 min
2

Ambiguous Cable Layout for a Sign Gantry

A sign gantry is to be anchored to a horizontal beam at points A and B, 9.0 m apart. A single cable runs from A to the top P of a vertical mast; its length is fixed at AP = 7.0 m.

569 words, about 3 min
3

Constrained Material Cost for an Open-Top Tank

An open-top holding tank must have a square base of side x metres and height h metres, with volume 32 m³. The base is made of 40 USD/m² plate and the four sides of 25 USD/m² sheet.

568 words, about 3 min
4

Incline-Pulley System That May Not Move

Block 1 of mass 4.0 kg rests on a fixed incline of 28° to the horizontal. It is connected by a light string over a frictionless pulley at the top of the incline to block 2 of mass 2.5 kg hanging vertically.

587 words, about 3 min
5

Combustion Formula and Hydrogenation Limiting Reagent

An unknown oxygen-containing organic liquid is analyzed by combustion. A 1.92 g sample burns completely in excess oxygen and gives 5.28 g of CO₂ and 2.16 g of H₂O.

510 words, about 3 min