1. ENERGY A BODY HAS BECAUSE OF ITS POSITION OR CONDITION P.E.= EP.E.= Epp = mgh= mgh G.P.E. = weight x height 2. KINETIC ENERGY (E k) = ½ mv2 = KE mv2 2 3. POTENTIAPOTENTIA…

1. ENERGY A BODY HAS BECAUSE OF ITS POSITION OR CONDITION P.E.= EP.E.= Epp = mgh= mgh G.P.E. = weight x height 2. KINETIC ENERGY (E k) = ½ mv2 = KE mv2 2 3. POTENTIAPOTENTIA…

Slide 1 Family Homecoming Special Event "Can Climate Engineering Serve as a Complementary Step to Aggressive Mitigation?" ¨Dr. Michael MacCracken, The Climate…

Slide 1 1 st Law of Thermodynamics Heat Transfer Lecture 4 February 18, 2010 Slide 2 To convert from Z time to CST, subtract 6 hours. 05Z = 11 PM CST 1020 1016 Slide 3 1020…

So Far: Conservation of Mass, Flow Rates Fluid Flow, Re No., Laminar/Turbulent Pressure Drop in Pipes Bernoulli’s Equation Flow Measurement, Valves Total Head, Pump Power,…

Slide 1 Chapter 14 Heat, Work, Energy, Enthalpy 1 The Nature of Energy 2 Enthalpy 3 Thermodynamics of Ideal Gases 4 Calorimetry 5 Hess's Law 6 Standard Enthalpies of…