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GRE Math - SUCCESSIVE PERCENTAGES Example in 5 Minutes!
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GRE Math - EXPONENTIATION Example in 2 Minutes!
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GRE Math - IMPROPER FRACTIONS Example in 4 Minutes!
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GRE Math - Arithmetic Properties Example 3 - Quantitative Comparison Percentages
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GRE Math - Arithmetic Properties Example 2 - Fraction Simplification
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GRE Math - Arithmetic Properties Example 1 - Simple Percentages
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GRE MATH - Quantitative Section Prep - Arithmetic Operations in 12 Minutes!
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Subcooled water in RANKINE CYCLE Ts Diagram Example in 4 Minutes!
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RANKINE CYCLE without Superheating Example in 2 Minutes!
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RANKINE CYCLE Example with Known Quality in 4 Minutes!
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Thermodynamics RANKINE CYCLE in 10 Minutes!
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Thermodynamics - DUAL Combustion Cycles in 6 Minutes!
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Derivation of Diesel Cycle EFFICIENCY for Constant Specific Heats in 5 Minutes!
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Diesel Cycle EFFICIENCY with Variable Specific Heats in 3 Minutes!
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Thermodynamics DIESEL CYCLE in 10 Minutes!
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Otto Cycle MEAN EFFECTIVE PRESSURE in 3 Minutes!
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Otto Cycle THERMAL EFFICIENCY Example in 3 Minutes!
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Helium OTTO CYCLE Pressure and Temperature Example in 3 Minutes!
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OTTO CYCLE & Internal Combustion Engines in 10 Minutes!
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Gas Power Cycle with INTERCOOLING and Reheating in 3 Minutes!
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Gas Power Cycle with REHEATING in 4 Minutes!
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Thermal Efficiency of BRAYTON CYCLE Example in 3 Minutes!
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Isentropic Turbine in Brayton Cycle Example in 4 Minutes!
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BRAYTON CYCLE - Compressor Efficiency Example in 4 Minutes!
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Regeneration, Intercooling, and Reheating in 13 Minutes!
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Ideal BRAYTON CYCLE Explained in 11 Minutes!
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Calculating Isentropic Efficiency of a Turbine in 2 Minutes!
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Using Isentropic Efficiency of a Compressor to Find Work in 3 Minutes!
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Using Isentropic Efficiency to Find Turbine Mass Flow Rate in 4 Minutes!
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Turbines, Compressors, and Pumps - ISENTROPIC EFFICIENCY in 8 Minutes!
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Change in Entropy Using Specific Heats in 3 Minutes!
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Reversible, Adiabatic Process - ISENTROPIC process in 3 Minutes!
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Change in Entropy after Adding Energy to a System in 4 Minutes!
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REFERENCE ENTROPY and Specific Heats in 12 Minutes!
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Entropy s and ISENTROPIC Process Example in Under 4 Minutes!
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Specific Entropy and Quality Example in 3 Minutes!
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Thermodynamics - ENTROPY as a Property in 12 Minutes!
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Carnot Refrigeration Cycle and Enthalpy in 4 Minutes!
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Carnot Cycle - Heat Pump Coefficient of Performance Example in 2 Minutes!
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Reversible Processes and CARNOT CYCLE in 12 Minutes!
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Air Conditioner COEFFICIENT OF PERFORMANCE in 2 Minutes!
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Coefficient of Performance for a Heat Pump (English Units) in 2 Minutes!
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Thermo - Coefficient of Performance of Fridge in 2 Minutes!
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REFRIGERATION and Heat Pump Cycles in 10 Minutes!
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Efficiency Power Plant River Reservoir - Thermodynamics - in 2 Minutes!
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Coal Steam Power Plant Efficiency Example - Thermodynamics - in 2 Minutes!
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Car Engine Efficiency Example - Thermodynamics - in 2 Minutes!
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2nd Law Intro and POWER CYCLES in 10 Minutes!
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Pressure Cooker - TRANSIENT system (Unsteady Flow) in 3 Minutes!
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Steam Line into Empty Container Example TRANSIENT system in 3 Minutes!
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Unsteady-Flow System - Empty Bottle Example in 2 Minutes!
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Transient UNSTEADY-FLOW Systems in Thermo in 9 Minutes!
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Thermodynamics - Mixing R134a Liquid and Steam in Under 3 Minutes!
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Thermodynamics - R134a Condenser Example in 3 Minutes!
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Thermodynamics - Water Mixing Chamber Example in 3 Minutes!
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Heat Exchangers and Mixing Chambers - THERMO - in 9 Minutes!
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Steady State Device - Pump Velocity Example in 2 Minutes!
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Turbine Exit Saturated Mixture Temperature Example in 2 Minutes!
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Open Systems - Compressor Power and Enthalpy Example in Under 3 Minutes!
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Thermodynamics - Turbines, Compressors, and Pumps in 9 Minutes!
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Electric Air Heater - Pipe Flow with Work and Heat in 2 Minutes!
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Diffuser Volumetric Flow and Velocities in 2 Minutes!
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Nozzle with Heat Exchange in Under 5 Minutes!
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Pipe Flow, Nozzles, Diffusers, and Throttling Devices in 9 Minutes!
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Flow Work for Compressor in 2 Minutes!
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Flow Work for Water Pump in 2 Minutes!
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Flow Work for Air Flow Through Car in 2 Minutes!
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FLOW WORK & Energy Conservation in Open Systems in 11 Minutes!
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Mass and Volume FLOW RATE in a Pump - in 3 Minutes!
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Mass and Volume FLOW RATE in a Compressor in 2 Minutes!
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Mass and Volume FLOW RATE Through a Duct - in 2 Minutes!
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Volumetric and MASS FLOW RATES for Thermodynamics in 8 Minutes!
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Heat and Work of a POLYTROPIC Process in 3 Minutes!
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Long Work Expression POLYTROPIC PROCESS in 3 Minutes!
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Incompressible Substances SPECIFIC HEAT Example in 3 Minutes!
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Work Expressions for POLYTROPIC Processes in 10 Minutes!
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Specific Heat and Energy Changes for INCOMPRESSIBLE Fluids in 11 Minutes!
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Change in Internal Energy Using Specific Heat in 3 Minutes!
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Piston-Cylinder ENTHALPY Using Specific Heat in 4 Minutes!
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Change in ENTHALPY Using Specific Heat at Constant Pressure in 3 Minutes!
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Thermodynamics SPECIFIC HEATS - cv & cp - in 12 Minutes!
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IDEAL GAS Inside Rigid Tank - State 1 to State 2 - in 2 Minutes!
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COMPRESSIBILITY factor Z, Using P and v in 3 Minutes!
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Thermal Equilibrium Using Ideal Gas Equation in
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Ideal Gas Equation and COMPRESSIBILITY Factor in 11 Minutes!
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Thermodynamics COMPRESSED Liquid Properties in 6 Minutes!
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ENTHALPY of a Superheated Substance & P∙ΔV in 3 Minutes!
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Enthalpy from SATURATED to Superheated & W = Q - ΔU in 4 Minutes!
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Saturated to Superheated INTERNAL ENERGY Example in 3 Minutes!
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Thermodynamics Properties DOUBLE INTERPOLATION Example in 4 Minutes!
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ENTHALPY and INTERNAL ENERGY in 12 Minutes!
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Superheated Vapor INTERPOLATION for Temperature Example in 3 Minutes!
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Superheated Vapor INTERPOLATION for Pressure Example in 3 Minutes!
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INTERPOLATION for Thermodynamics and Mixture QUALITY in 9 Minutes!
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Thermodynamics TABLES: Compressed Liquid Example in 2 Minutes!
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Thermodynamics Water TABLES: Superheated Vapor Example in 2 Minutes!
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Thermodynamics Water TABLES: Saturated Liquid Example in 2 Minutes!
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T-v Diagrams and PROPERTY TABLES for Thermodynamics in 13 Minutes!
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Efficiency of THERMODYNAMICS Systems - Oil Pump Efficiency Example in 3 Minutes!
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EFFICIENCY of Thermodynamic Systems in 10 Minutes!