Course curriculum

    1. Coefficient of Performance

    2. Refrigeration Cycle on Pressure Enthalpy Diagram

    3. High Temperature Psychrometric Chart

    4. Pressure as Height of a Water Column

    5. Total Resistance and Overall Heat Transfer

    6. Sensible Heating & Cooling of Air

    7. Latent Heating and Cooling of Air Rule of Thumb

    8. Total Heating and Cooling of Air Rule of Thumb

    9. Sensible Heating and Cooling of Water Rule of Thumb

    10. Coil Efficiency and Bypass Factor

    11. Process Lines on the Psychrometric Chart

    12. Sensible Heat Ratio and the Protractor on the Psych Chart

    13. Superheating and Subcooling of the Refrigeration Cycle

    14. Compressor Efficiency in a Refrigeration Cycle

    15. Efficiency of a Cooling Tower

    16. Hydraulic Horsepower and Pump Efficiency

    17. Affinity Laws for Fans and Pumps

    18. Net Positive Suction Head

    19. Grains of Water

    20. Air Conditioning With Reheat

    21. Elevation Correction

    22. Relative Humidity

    23. Calculating Humidification & Dehumidification

    24. Quality, Enthalpy , Entropy of Saturated Steam

    25. Humidity Control With Coil Bypass

    26. Specific Heat Capacity and Ratio of Specific Heats

    27. Compressed, Saturated and Superheated Regions

    28. Forms of the Ideal Gas Law

    29. Air Conditioning With Reheat

    30. Saturation Curve

    31. Turbine Efficiency

    32. Steam Heat Exchanger

    33. Specific Gravity

    34. Refrigeration Cycle Defined

    35. Sensible Heat Equation

    36. Carnot Heat Pump & Refrigerator

    37. Closed System Vs. Open System

    38. Parallel Flow Vs. Counter Flow Heat Exchanges

    39. Log Mean Temperature Difference

    40. Refrigerating Foods

    41. Conduction

    42. Radiation

    43. Convection

    44. Overall Coefficient of Heat Transfer

    45. Heat Exchanger Approach

    46. Conduction Through Cylindrical Insulation

    47. Reynolds Number

    48. Raleigh Number

    49. Film Temperature

    50. Combined Heat Transfer

    51. Nusselt Number

    52. Hydraulic Diameter

    53. Fouling Factor

    54. Pressure Added By a Pump

    55. Minor Losses

    56. System Curve

    57. Dynamic and Kinematic Viscosity

    58. Pressure Drop with the Darcy Equation

    59. Bernoulli Equation

    60. Parallel vs. Series Pumps

    61. Pump Performance Curves

    62. Ventilation Rate Procedure

    63. Outside Air Handler

    64. Air Side Economization

    65. Friction Loss In Ducts

    66. Total Pressure In a Duct

    67. Sizing a Main Fan

    68. Air Horsepower

    69. Degree Days

    70. Energy Efficiency Ratio

    71. Seasonal Energy Efficiency Ratio

    72. KW Per Ton

    1. PE Application | Professional References

    2. PE Application | Work Experience

    3. Sleep

    4. Time Management

    5. Support

    6. Recovery & Integration

    7. Confidence

    8. Study Partners

    9. Nutrition

    10. Exercise

    11. Mindset

About this course

  • Free
  • 83 lessons
  • 5.5 hours of video content