300 Practice Problems for the Mechanical FE Exam

300 Practice Problems to Pass the Mechanical FE Exam

Pass the Fundamentals of Engineering Exam and become an Engineer in Training with 300 exam-like practice problems for the Mechanical FE Exam. Detailed Video Solutions and Written Calculations to help you pass with confidence on the first try.

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Course curriculum

1. Introduction
2. What Is Included In This Program?
3. How Are The Problems Organized?
4. How to Use These Problems
5. How Long Should You Study?
6. Course Demo
7. How To Ask Questions
1. Properties of Substances
  FREE PREVIEW
2. Intensive vs Extensive Properties
3. Liquid-Vapor Dome
4. Properties with Quality
5. Steam Tables
6. Ideal Gases
7. Perfect Gases
8. Constant Entropy Processes
9. Mole Fractions and Mass Fractions
10. First Law of Thermo and Special Cases of Open Systems
11. Special Cases of Open Systems
12. Steady-Flow Systems
13. Second Law of Thermo
14. Heat Engines and the Carnot Cycle
15. Rankine Cycle
16. Otto Cycle
17. Refrigeration Cycle
18. Psychrometric Chart and Processes
19. HVAC Rules of Thumb
20. Air Side Economizer
21. Water Side Economizer
22. Balancing Combustion Reactions
23. Air to Fuel Ratio and Excess Air
1. Fluid Properties
  FREE PREVIEW
2. Surface Tension and Capillary Action
3. Manometers and Barometers
4. Submerged Surfaces
5. Buoyancy
6. Continuity Equation
7. Bernoulli Equation
8. Friction Loss
9. Minor Losses
10. Hydraulic Radius
11. Parallel Pipelines
12. Impulse and Momentum
13. Pipe Bends
14. Discharge Through an Orifice
15. Drag and Lift
16. Pitot Tubes
17. Venturi Meters
18. Orifices
19. Similitude
20. Compressible Flow
21. Isentropic Flow
22. Shock Waves
23. Motors
24. Pumps
25. Net Positive Suction Head
26. Affinity Laws
27. Compressors
28. Fans
29. Turbines
1. Constant Acceleration
  FREE PREVIEW
2. Polar Coordinates
3. Normal and Tangential Components
4. Relative Motion
5. Projectile Motion
6. Newton's Laws
7. Friction
8. Mass Moment of Intertia
9. Parallel Axis Theorem
10. Mass Radius of Gyration
11. Conservation of Momentum
12. Angular Momentum
13. Work
14. Kinetic and Potential Energy
15. Linear Vibration
16. Tortional Vibration
1. Threaded Fasteners
  FREE PREVIEW
2. Fastener Groups
3. Springs
4. Spur Gears
5. Planetary Gearsets
6. Bearings
7. Power Screws
8. Four Bar Linkages
9. Hydraulic and Pneumatic Systems
10. Pressure Vessels
11. Fits and Tolerances
1. Systems of Forces
  FREE PREVIEW
2. Trusses
3. Belt Friction
4. Centroids
5. Area Moment of Inertia
6. Polar Moment of Inertia
7. Parallel Axis Theorem
8. Radius of Gyration
1. Stress and Strain
  FREE PREVIEW
2. Principal Stresses
3. Mohr's Circle
4. Torsion
5. Thermal Deformation
6. Beams Introduction
7. Beams Shear and Moment Diagrams
8. Beam Stresses
9. Columns
1. Exam A
2. Exam B
3. Exam C
1. Conduction Through a Plane Wall
  FREE PREVIEW
2. Conduction Through a Composite Wall
3. Conduction Through a Cylinder
4. Transient Conduction
5. Fins
6. Forced Convection External Flow
7. Forced Convection Internal Laminar
8. Forced Convection Internal Turbulent
9. Natural Convection
10. Heat Exchangers
11. Boiling
12. Radiation
1. Electrical Properties
  FREE PREVIEW
2. Mechanical Properties
3. Fatigue
4. Hardness and Hardenability
5. Concrete
6. Composites
7. Corrosion
8. Diffusion
9. Binary Phase Diagrams
10. Iron Carbide Phase Diagram
11. Tool Life
1. Lines
  FREE PREVIEW
2. Quadratic Equations
3. Parabolas
4. Ellipses
5. Hyperbolas
6. Circles
7. Distance
8. Spheres
9. Trigonometric Functions and Unit Circle
10. Trigonometric Identities
11. Law of Sines and Law of Cosines
12. Measurement of Areas
13. Measurement of Volumes
14. Logarithms
15. Matrices
16. Determinants
17. Vector Operations
18. Vector Identities
19. Progressions
20. Series
21. Derivatives
22. Critical Points
23. Curvature
24. L'Hopital's Rule
25. Integrals
26. Homogenous First-Order Linear Differential Equations
27. Homogenous Second-Order Linear Differential Equations
28. Nonhomogenous First-Order Linear Differential Equations
29. Fourier Transforms
30. Laplace Transforms
1. Set Theory
2. Combinations and Permutations
3. Total and Joint Probability
4. Bayes' Theorem
5. Mean Median and Mode
6. Standard Deviation
7. Expected Value
8. Binomial Distribution
9. Normal Distribution
10. Confidence Intervals
11. Linear Regression
1. Electrostatics
2. Resistors
3. Capacitors
4. Inductors
5. Joule's Law and Ohm's Law
6. Circuit Analysis
7. AC Circuits
8. Power Factor
9. Resonance
10. Transformers
11. Rotating Machines
1. Problem 1
  FREE PREVIEW
2. Problem 2
3. Problem 3
4. Problem 4
5. Problem 5
6. Problem 6
7. Problem 7
8. Problem 8
9. Problem 9
10. Problem 10
11. Problem 11
12. Problem 12
13. Problem 13
  FREE PREVIEW
14. Problem 14
15. Problem 15
16. Problem 16
17. Problem 17
18. Problem 18
19. Problem 19
20. Problem 20
  FREE PREVIEW
21. Problem 21
22. Problem 22
23. Problem 23
24. Problem 24
25. Problem 25
26. Problem 26
27. Problem 27
28. Problem 28
29. Problem 29
30. Problem 30
31. Problem 31
  FREE PREVIEW
32. Problem 32
33. Problem 33
34. Problem 34
35. Problem 35
36. Problem 36
37. Problem 37
38. Problem 38
39. Problem 39
40. Problem 40
41. Problem 41
42. Problem 42
43. Problem 43
44. Problem 44
45. Problem 45
46. Problem 46
  FREE PREVIEW
47. Problem 47
48. Problem 48
49. Problem 49
50. Problem 50
51. Problem 51
52. Problem 52
53. Problem 53
54. Problem 54
55. Problem 55
56. Problem 56
  FREE PREVIEW
57. Problem 57
58. Problem 58
59. Problem 59
60. Problem 60
61. Problem 61
62. Problem 62
63. Problem 63
64. Problem 64
  FREE PREVIEW
65. Problem 65
66. Problem 66
67. Problem 67
68. Problem 68
69. Problem 69
70. Problem 70
71. Problem 71
72. Problem 72
73. Problem 73
74. Problem 74
75. Problem 75
76. Problem 76
77. Problem 77
  FREE PREVIEW
78. Problem 78
79. Problem 79
80. Problem 80
81. Problem 81
82. Problem 82
83. Problem 83
84. Problem 84
85. Problem 85
86. Problem 86
87. Problem 87
88. Problem 88
  FREE PREVIEW
89. Problem 89
90. Problem 90
91. Problem 91
92. Problem 92
93. Problem 93
94. Problem 94
  FREE PREVIEW
95. Problem 95
96. Problem 96
97. Problem 97
98. Problem 98
99. Problem 99
  FREE PREVIEW
100. Problem 100
1. Problem 1
2. Problem 2
3. Problem 3
4. Problem 4
5. Problem 5
6. Problem 6
7. Problem 7
8. Problem 8
9. Problem 9
10. Problem 10
11. Problem 11
12. Problem 12
13. Problem 13
14. Problem 14
15. Problem 15
16. Problem 16
17. Problem 17
18. Problem 18
19. Problem 19
20. Problem 20
21. Problem 21
22. Problem 22
23. Problem 23
24. Problem 24
25. Problem 25
26. Problem 26
27. Problem 27
28. Problem 28
29. Problem 29
30. Problem 30
31. Problem 31
32. Problem 32
33. Problem 33
34. Problem 34
35. Problem 35
36. Problem 36
37. Problem 37
38. Problem 38
39. Problem 39
40. Problem 40
41. Problem 41
42. Problem 42
43. Problem 43
44. Problem 44
45. Problem 45
46. Problem 46
47. Problem 47
48. Problem 48
49. Problem 49
50. Problem 50
51. Problem 51
52. Problem 52
53. Problem 53
54. Problem 54
55. Problem 55
56. Problem 56
57. Problem 57
58. Problem 58
59. Problem 59
60. Problem 60
61. Problem 61
62. Problem 62
63. Problem 63
64. Problem 64
65. Problem 65
66. Problem 66
67. Problem 67
68. Problem 68
69. Problem 69
70. Problem 70
71. Problem 71
72. Problem 72
73. Problem 73
74. Problem 74
75. Problem 75
76. Problem 76
77. Problem 77
78. Problem 78
79. Problem 79
80. Problem 80
81. Problem 81
82. Problem 82
83. Problem 83
84. Problem 84
85. Problem 85
86. Problem 86
87. Problem 87
88. Problem 88
89. Problem 89
90. Problem 90
91. Problem 91
92. Problem 92
93. Problem 93
94. Problem 94
95. Problem 95
96. Problem 96
97. Problem 97
98. Problem 98
99. Problem 99
100. Problem 100
1. Problem 1
2. Problem 2
3. Problem 3
4. Problem 4
5. Problem 5
6. Problem 6
7. Problem 7
8. Problem 8
9. Problem 9
10. Problem 10
11. Problem 11
12. Problem 12
13. Problem 13
14. Problem 14
15. Problem 15
16. Problem 16
17. Problem 17
18. Problem 18
19. Problem 19
20. Problem 20
21. Problem 21
22. Problem 22
23. Problem 23
24. Problem 24
25. Problem 25
26. Problem 26
27. Problem 27
28. Problem 28
29. Problem 29
30. Problem 30
31. Problem 31
32. Problem 32
33. Problem 33
34. Problem 34
35. Problem 35
36. Problem 36
37. Problem 37
38. Problem 38
39. Problem 39
40. Problem 40
41. Problem 41
42. Problem 42
43. Problem 43
44. Problem 44
45. Problem 45
46. Problem 46
47. Problem 47
48. Problem 48
49. Problem 49
50. Problem 50
51. Problem 51
52. Problem 52
53. Problem 53
54. Problem 54
55. Problem 55
56. Problem 56
57. Problem 57
58. Problem 58
59. Problem 59
60. Problem 60
61. Problem 61
62. Problem 62
63. Problem 63
64. Problem 64
65. Problem 65
66. Problem 66
67. Problem 67
68. Problem 68
69. Problem 69
70. Problem 70
71. Problem 71
72. Problem 72
73. Problem 73
74. Problem 74
75. Problem 75
76. Problem 76
77. Problem 77
78. Problem 78
79. Problem 79
80. Problem 80
81. Problem 81
82. Problems 82
83. Problem 83
84. Problem 84
85. Problem 85
86. Problem 86
87. Problem 87
88. Problem 88
89. Problem 89
90. Problem 90
91. Problem 91
92. Problem 92
93. Problem 93
94. Problem 94
95. Problem 95
96. Problem 96
97. Problem 97
98. Problem 98
99. Problem 99
100. Problem 100

About this course

$149.00 / month
481 lessons
48 hours of video content

300 Practice Problems to Pass the Mechanical FE Exam

Course curriculum

Orientation

Thermodynamics

Fluids

Dynamics

Mechanical Design and Analysis

Statics

Mechanics of Materials

Full Exam Problem Sets

Heat Transfer

Material Properties and Processes

Math

Probability and Statistics

Electricity and Magnetism

Exam A

Exam B

Exam C

About this course