05:49

Root equation using Gauss-Seidel or Gauss Method - Numerical Methods Work-through

07:48

Roots of equation using false position or Regula-falsi - Numerical Method Walk-through

08:49

Roots of Equation using Newton-Raphson method - Numerical Methods Walk-through

04:20

Roots of Equation using Newton-Raphson method - Numerical Methods Walk-through

04:20

Roots of Equations using Bisection Method - Numerical Methods Walk-through

04:20

Runge-Kutta Method - Numerical Methods Walk-through

04:54

Modified or Improved Euler Method - Numerical Method walk-through

11:54

Determine miller indices for directions

21:26

How to find Miller-Bravais Indices for Planes in Hexagonal Lattice System

08:56

Capillary Action (Rise) - Surface Tension of water, Cohesive and Adhesive Forces.

17:47

Newton's Law of Viscosity - Dynamic Viscosity & Velocity Gradient - Fluid Mechanics

54:32

Determine the Crystal structure, Lattice Parameter, Indices of Planes and Interplanar Spacing.

19:28

Determine the Crystal Structure, indices, lattice parameter and interplanar spacing of Xrd pattern

22:43

Planar Density for BCC planes (100), (110) and (111).

09:22

Planar Density for BCC Plane (111)

06:44

Planar Density for BCC plane (110)

06:38

Planar Density for BCC Plane (100)

20:41

Miller Indices for Crystal Structure - Crystallographic Planes

21:16

Crystallographic Directions in Hexagonal Crystals 2 - Miller Bravais Indices

14:50

Crystallographic Directions in Hexagonal Crystals 3 - Miler Bravais Indices

23:35

Crystallographic Directions in Hexagonal Crystals 1- Miller Bravais Indices

03:28

Bulk Modulus of Elasticity - Transport Phenomena in Materials Processing - Fluid Mechanics

03:05

U Tube Manometer - Pressure, Density & Height of water & Mercury - Fluid Mechanics

02:53

Absolute and Gauge Pressure 2 - Transport Phenomena in Materials Processing - Fluid Mechanics

02:53

Absolute and Gauge Pressure 2 - Transport Phenomena in Materials Processing - Fluid Mechanics

03:45

Absolute and Gauge Pressure - Transport Phenomena in Materials Processing - Fluid Mechanics

03:04

How to draw Venn Diagram using MS Word

01:38

How to access equation editor in Word

10:18

Shape Memory Alloys - The Metals That Remember Their Shape.

06:05

Miller indices 05 - Determine the Crystallographic Directions

06:48

Calculate the theoretical volume change accompanying a polymorphic transformation in pure sodium

08:50

A gold foil is 0.08mm thick and 670mm² in area, the structure is cubic with a = 0.4076nm.

04:04

Copper (atomic mass 63.5 g/mole) has a FCC lattice and a density of 8.93 g/cm³

05:12

Copper has an atomic radius of 0.128nm, an fcc structure and an atomic weight of 63.5g/mol

12:35

Miller Indices 04 - how to Identify indices for Directions

12:23

Rotational Symmetry Operations

12:30

Derivation of Atomic Packing Factor (APF) of HCP

06:42

Calculating Cation-Anion Radius Ratios for Coordination Number 8

05:15

Show that the minimum cation-to-anion radius ratio for a coordination number of 6 is 0.4142

11:23

Calculating Cation-Anion Radius Ratios for Tetrahedral Coordination Number 4

05:38

Cation - Anion Radius Ratio for Coordination Number 3

11:00

The Power of Materials Engineering : Unlocking the Future

10:25

Why Materials Engineering?

01:38:01

Miller indices, APF, Coordination Number, Miller Bravais, Planar Density of unit cells.

13:42

Planar Density for FCC Planes (111) (110) and (100)

04:11

Visual Basic Language - Add and subtract two integer numbers and Use message box for outputting

03:28

Visual Basic Language - command button copies text from first textbox to second textbox in size 28

06:34

Visual Basic Language - Command buttons name, department, clear and exit.

04:15

Visual Basic Language - click on the command button name and your name appears on label

10:29

Conversion from 3 to 4-index system - Miller Bravais Indices

17:00

Miller Indices 03 - Coordinates and how to draw crystallographic planes

15:13

Miller indices 02 - Drawing crystallographic Directions

13:06

Miller Indices 01 - Identifying Crystallographic Directions

17:02

Atomic radius, Lattice parameter and APF of SC, BCC & FCC

05:18

Number of Atoms in Simple Cubic, BCC and FCC

06:17

Coordination Number of Simple Cubic, BCC, FCC and HCP

07:24

Introduction to Kirchoff's Current and Voltage Laws (KCL & KVL) in fundamentals of Elect engineering

07:58

Nodes, Branches and Loops (All elements of a circuit)

05:20

Ohm's Law, Resistors (series & parrallel) & Conductance G - Basic laws

03:33

Relationship between Charge, Power, Energy, Voltage & Current - Fundamental Electrical Engineering