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Civil PE and FE Books

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Three Sample Exams for the Civil FE Exam

December 22, 2014

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 

 

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Three Sample Exams for the Civil FE Exam

December 22, 2014

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 

 

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Three Sample Exams for the Civil FE Exam

December 22, 2014

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 

 

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Three Sample Exams for the Civil FE Exam

December 22, 2014

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 

 

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