Applying the Exergy Balance: Control Volumes at Steady State
Water at 24°C, 1 bar is drawn from a reservoir 1.25 km above a valley and allowed to flow through a hydraulic turbine-generator into a lake on the valley floor. For operation at steady state, determine the maximum theoretical rate at which electricity is generated, in MW, for a mass flow rate of 110 kg/s. Let T0 = 24°C, p0 = 1 bar and ignore the effects of motion.
Chapter 7 Relevant Key Terms 1. SN2: 1 step mechanism, x leaving and y inserting at same time, both arrows drawn at once, 1 transition state, 0 intermediates, Back-Side Attack, Inversion Configuration, “RDS” Rate Determining step - bimolecular - 2 molecules involved, 2. SN1: 2 step mechanism, “RDS” Rate Determining Step - Unimolecular - 1 molecule involved, Racemization of Stereochemistry (R to R,S) 3. Solvolysis: hen the solvent functions as the nucleophile 4. Alkyl Halide: chemical compounds derived from alkanes containing one or more halogens a. Alpha Position: the first carbon atom that attaches to a functional group b. Beta Position: second carbon atom attached to the