00:25

GaryMabbott Lo, How a Rose

10:50

FluorescenceLab

06:28

Introduction to Statistics for Chemists

03:27

ArduinoTitrator

14:43

Introduction to Statistics in Chemistry Lesson 3

17:33

Finding the molecular formula from a mass spectrum

13:22

Mass Spectral Fragmentation Pathways

16:40

Mass spectral interpretation practice problem

04:23

Pipetting

05:56

Proper use of a buret for a titration procedure

03:28

Use of cleaning solution for volumetric glassware

03:24

The proper use of volumetric flasks

22:46

Standard operating procedure for HP 5890-5972 GC MS

06:33

An indirect determination using EDTA--Example problem

07:38

Practice problem using EDTA

19:12

The Proton Balance Equation

18:06

Proton Balance Equation Example Calculation of pH

15:31

chemical activity

09:14

Internal Standards

10:02

Significant Figures

03:24

F test for differences in precision

06:02

Grubbs' Test

14:08

Example calculation of the popagation of error

11:46

Error propagation

11:06

t test for comparing individual differences

09:47

t-test for comparing two average values

12:41

t-test comparing an averge with an accepted value

06:14

Normal Curve Class Problem 1

06:24

Normal Curve Class Problem 2

11:19

Introduction to Statistics for Chemists--lesson 2

07:06

Standard Deviation Example Calculation

06:31

Chemistry Statistics Lesson 1

11:59

The solubility of silver sulfide and the effect of pH

10:06

Solubility of inorganic Calcium Phosphate Calculation

08:35

Distribution of metal complex species in solution

13:02

Distribution coefficients for acid/base species

10:52

Practice in solving for pH in a weak acid/base mixture

10:53

Practice problem in calculating pH--an ammonia solution.

07:40

Calculating the pH of a benzoic acid solution

08:08

Weak Acid Equation

10:31

Deviations from Beer's Law

08:08

Beer'sLaw

07:17

Electronics Breadboard

08:19

Q100 DSC standard operating procedure

12:06

Fluoromax Spectrofluorometer

10:29

Atomic Absorption Spectrometer

06:05

TGA

07:33

Raman spectrometer SOP

03:39

Spectronic 20

07:20

voltammetry

05:00

Balance Use

12:21

Beckman CE SOP

08:34

Retention Time

10:25

Voltammetric Electrodes

12:30

Controlled Potential Methods

10:21

Formal Potential

08:31

Electrochemical Potential

04:54

Electrical terms

10:18

Flip Flops

08:13

Transistors