Today we’ll be covering:
- Strain Energy
Let’s go!
Continue reading “PHY C9: Strain Energy”
PHY C9: Stress, Strain, the Young Modulus
Today we will be covering:
- Stress
- Strain
- Young Modulus
- Graphs of Deformation (Stress-Strain)
- Elastic & Plastic Deformation
Let’s go!
Continue reading “PHY C9: Stress, Strain, the Young Modulus”
PHY C9: Deformation & Springs
Here are the topics for this post:
- What is deformation?
- Types of deformation
- Behaviour of Springs
- Tensile tests & Force-extension graphs
- Hooke’s Law
- The Spring Constant
- Spring Systems
Here we go!
Continue reading “PHY C9: Deformation & Springs”
9. DEFORMATION OF SOLIDS
Sub-topics:
- What is Deformation?
- Types of deformation
- Behaviour of Springs
- Hooke’s Law
- The Spring Constant
- Stress, Strain, the Young Modulus
- Elastic & Plastic Behaviour
- Strain Energy
Relevant Links:
⇐ Previous Chapter: Gravitational Fields (A2)
⇐ Previous AS Chapter: Work, Energy & Power
⇒ Next Chapter: Ideal Gases (A2)
⇒ Next AS Chapter: Waves
CHEM C4: Solids
Here’s the topic for today:
- Lattice structure of crystalline solids
- Ionic
- Simple molecular
- Giant molecular
- Hydrogen-bonded
- Metallic
- Materials as a resource
- Type of structure & bonding in a substance
Let’s go!
Continue reading “CHEM C4: Solids”
CHEM C4: Liquids
Here’s what we’re covering today:
- Liquids
- Vapourisation
- Vapour pressure
We have already covered state changes & the kinetic model of liquids in O-Levels, so I won’t be touching on that now.
Here we go!
Continue reading “CHEM C4: Liquids”
CHEM C4: Gaseous State
Today we’ll be covering:
- Gaseous State
- Kinetic theory
- Ideal gases
- General gas equation
- Real Gases
Here we go!
CHEM C3: Shapes of Molecules
Here’s what this post is covering:
- Shapes of molecules
- VSEPR Theory
- Describing shapes
- Step-by-step example
- List of Shapes
- Drawing conventions
CHEM C3: Orbital Overlapping
Here’s what this post is covering:
- Orbital Overlapping
- Sigma-Bonds
- Pi-Bonds
Let’s go!
PHY C6: Power
Here’s what you need to know:
- Power in terms of energy
- Power in terms of force
- Kilowatt-Hours
Let’s get moving!
Continue reading “PHY C6: Power”
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