05:02

Foundation Physics: Field Effect Transistors

03:43

Foundation Physics: Resistivity

02:08

Foundation Physics: Resistors in Circuits

04:11

Foundation Physics: Electronic Components

02:12

Foundation Physics: Resistor Colour Bands

04:31

Foundation Physics: Introduction to Electricity

09:29

Foundation Physics: Waves

05:55

Foundation Maths: Indices

07:01

Foundation Physics: Wave Calculations

02:56

Foundation Maths: Similar Triangles

12:14

Foundation Physics: Optics Part 3

13:21

Foundation Physics: Optics Part 2

14:54

Foundation Physics: Optics Part 1

03:04

Foundation Physics: Units of Measurement Part 3 – Writing Conventions

04:34

Foundation Physics: Units of Measurement Part 2 – Derived Units

04:45

Foundation Physics: Units of Measurement Part 1 – SI Base Units

08:59

Foundation Physics: Uncertainty Part 3 – Estimating Uncertainty

18:22

Laplace Transforms

03:25

Differential Scanning Calorimetry – Analysis of Polymer Mixtures

07:18

Differential Scanning Calorimetry – Data Analysis

01:52

Differential Scanning Calorimetry – Calibration and Applications

08:11

Differential Scanning Calorimetry – Introduction and Instrumentation

06:39

Differential Thermal Analysis – Alloy Phase Diagrams

01:20

Differential Thermal Analysis – Boiling Point Elevation

02:04

Differential Thermal Analysis – Polymeric Materials

02:31

Differential Thermal Analysis – Data Analysis and Applications

05:44

Differential Thermal Analysis – Introduction and Instrumentation

11:04

Ion-Selective Electrodes – Part 7: Probe Electrochemistry

06:10

Ion-Selective Electrodes – Part 6: Liquid Junction Potentials

05:43

Ion-Selective Electrodes – Part 5: Membrane Potentials

03:27

Ion-Selective Electrodes – Part 4: Electrode Potentials

04:03

Ion-Selective Electrodes – Part 3: Probe Construction

05:36

Ion-Selective Electrodes – Part 2: Response and Calibration

03:56

Ion-Selective Electrodes – Part 1: Overview, Applications & Examples, Advantages & Limitations

06:52

Spreadsheet for Calculating Gas Phase Chemical Equilibrium Constants

03:13

Temperature Dependence of Chemical Reaction Equilibrium Constant

04:51

Temperature Dependence of Gibbs Energy of Reaction

06:25

Temperature Dependence of Entropy of Reaction

07:24

Temperature Dependence of Enthalpy of Reaction

05:34

Temperature Dependence of Gibbs Energy of Formation

05:04

Temperature Dependence of Entropy of Formation

02:59

Foundation Maths: Time to Discharge a Capacitor - Exponential Decay

03:03

Foundation Maths: Half-life of Drugs in Bloodstream - Exponential Decay

04:22

Finding an equation for a best fit line using two points

05:31

Temperature Dependence of Enthalpy of Formation

01:04

PRO/II 10.2 Process Simulation – Step 7: Running the simulation and reviewing the results

01:07

PRO/II 10.2 Process Simulation – Step 6: Specifying process conditions

01:29

PRO/II 10.2 Process Simulation – Step 5: Adding stream data

00:50

PRO/II 10.2 Process Simulation – Step 4: Selecting a thermodynamic method

00:52

PRO/II 10.2 Process Simulation – Step 3: Adding chemical components

00:53

PRO/II 10.2 Process Simulation – Step 2: Changing the units of measure

01:06

PRO/II 10.2 Process Simulation – Step 1: Building the process flow diagram

00:46

PRO/II 10.2 Process Simulation – Getting Started

05:36

Temperature Dependence of Gas Phase Heat Capacities

06:45

Foundation Maths: Complex Numbers - Part 6: nth roots

06:50

Foundation Maths: Complex Numbers - Part 5: nth roots of i

05:06

Foundation Maths: Complex Numbers - Part 4: Square root of i

03:33

User Defined Function Part 5: Call a subroutine

01:50

User Defined Function Part 4: Use a worksheet function

03:14

User Defined Function Part 3: Read out a range of values