Chem 210 lab Study guides, Class notes & Summaries

Chem 210 Lab Final Exam Questions and Answers. AAS Atomic Absorption Spectroscopy GC Gas Chromatography ISE Ion-Selective Electrode RF Retention Factors FID Flame Ionization Detector HETP Height Equivalent to a theoretical plate N # of theoretical plates Diagram of AAS:

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Chem 210 Lab Final Exam Questions and Answers. AAS Atomic Absorption Spectroscopy GC Gas Chromatography ISE Ion-Selective Electrode RF Retention Factors FID Flame Ionization Detector HETP Height Equivalent to a theoretical plate N # of theoretical plates Diagram of AAS:

Chem 210 Lab Final Exam 100% Accurate AAS - ANSWERAtomic Absorption Spectroscopy

CHEM 210 lab exam 1 100% Accurate Linear - ANSWER2 bonds, 180°

Linear - ANSWER2 bonds, 180° Trigonal planar - ANSWER3 bonds, 120° Tri-plan; bent - ANSWER2 bonds, 1 lone pair, 120° Tetrahedral - ANSWER4 bonds; 109.5° Tetra; trigonal pyramidal - ANSWER3 bonds, 1 lone pair; 109.5° Tetra; bent - ANSWER2 bonds, 2 lone pairs; 109.5° Trigonal bipyramidal - ANSWER5 bonds; 120° or 90° Tri bi; seesaw - ANSWER4 bonds, 1 lone pair; 120

AAS - ANSWERAtomic Absorption Spectroscopy GC - ANSWERGas Chromatography ISE - ANSWERIon-Selective Electrode RF - ANSWERRetention Factors FID - ANSWERFlame Ionization Detector HETP - ANSWERHeight Equivalent to a theoretical plate N - ANSWER# of theoretical plates Diagram of AAS: - ANSWER Diagram of ISE - ANSWER x and y axis of GC - ANSWERx-axis: Retention time (min) y-axis: Intensity (mV) x and y axis of AAS - ANSWERx-axis: Wavelength (nm) y-axis: Absorbance

Linear - ANSWER2 bonds, 180° Trigonal planar - ANSWER3 bonds, 120° Tri-plan; bent - ANSWER2 bonds, 1 lone pair, 120° Tetrahedral - ANSWER4 bonds; 109.5° Tetra; trigonal pyramidal - ANSWER3 bonds, 1 lone pair; 109.5° Tetra; bent - ANSWER2 bonds, 2 lone pairs; 109.5° Trigonal bipyramidal - ANSWER5 bonds; 120° or 90° Tri bi; seesaw - ANSWER4 bonds, 1 lone pair; 120° or 90° Tri bi; T-shaped - ANSWER3 bonds, 2 lone pairs; 120° or 90° Tri bi; linear - ANSWER2 bon...

Linear 2 bonds, 180° Trigonal planar 3 bonds, 120° Tri-plan; bent 2 bonds, 1 lone pair, 120° Tetrahedral 4 bonds; 109.5° Tetra; trigonal pyramidal 3 bonds, 1 lone pair; 109.5° Tetra; bent 2 bonds, 2 lone pairs; 109.5° Trigonal bipyramidal 5 bonds; 120° or 90° Tri bi; seesaw 4 bonds, 1 lone pair; 120° or 90° Tri bi; T-shaped 3 bonds, 2 lone pairs; 120° or 90° Tri bi; linear 2 bonds, 3 lone pairs: 120° or 90° ...