Three Sample Exams for the Civil FE Exam

SURVEYING: Problem 1.1) Finding distance between points in a horizontal curve problem Problem 1.2): Find the radius of a horizontal curve when degree of curve is given Problem 1.3) Finding the PI statin in a horizontal curve Problem 1.4) Finding the curve length of a horizontal curve Problem 1.5) Finding the height of a building with total station data Problem 1.6) Finding the total error in a traverse. Problem 1.7) Finding the area of a horizontal curve when intersection angle and radius is given HYDRAULICS AND HYDROLOGIC SYSTEMS Problem 1.8) Finding the slope of a rectangular channel using Manning equation. Problem 1.9) Finding the velocity of circular channel using manning equation. Problem 1.10): Laminar flow problem Problem 1.11): Determining the type of flow (Laminar, turbulent etc.) in a pipe. Problem 1.12): Find the head loss of a pipe using Darcy-Weisbach equation. Problem 1.13) Find the pressure in a pipe using Darcy-Weisbach equation. Problem 1.14): Find the design flow of a storm water pipe using rational equation. SOIL MECHANICS AND FOUNDATIONS: Problem 1.15: Find the fine content percentage for the sieve analysis test Problem 1.16: Find the % passing No. 50 sieve in a sieve analysis test Problem 1.17: Find the RQD in rock core Problem 1.18: Find D60 size in a sieve analysis test? Problem 1.19) Find the liquid limit using liquid limit test data Problem 1.20: Find the effective stress at a point Problem 1.21) Find the overconsolidation ratio of a clay layer Problem 1.22: Find the void ration when specific gravity and degree of saturation is given Problem 1.23: Find the pressure at a point under a footing ENVIRONMENTAL ENGINEERING: Problem 1.24) Hardness and softness of water Problem 1.25) What is the pH in drinking water Problem 1.26) Six criteria Problem 1.27) Air quality index of two cities. Find which one is better. Problem 1.28): What is the correct order of processes in a wastewater plant Problem 1.29): What is the retention time of a primary clarifier Problem 1.30): Find the amount of moles in a liquid solution.