Here’s today’s topic:
- What is a Born-Haber Cycle?
- Constructing a Born-Haber Cycle & calculating lattice energies
Category: Study Notes
CHEM C5: Lattice Energy
Today we’re covering:
- What is lattice energy?
- Factors affecting numerical magnitude of a lattice energy
- ionic charge
- ionic radius
Let’s jump in!
Continue reading “CHEM C5: Lattice Energy”
CHEM C5: Bond Energy
- What is Bond Energy?
- Average vs Exact Values
- Calculating Enthalpy Changes using Bond Energies
Let’s go!
Continue reading “CHEM C5: Bond Energy”
CHEM C5: Hess’ Law
Today we’re covering:
- What is Hess’ Law?
- Enthalpy Cycles
- Formation
- Combustion
- Hydration of Anhydrous Salt
Here we go!
Continue reading “CHEM C5: Hess’ Law”
CHEM C5: Calorimetry
Today we’re covering:
- Calculating enthalpy change using calorimetry
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Continue reading “CHEM C5: Calorimetry”
CHEM C5: Enthalpy Changes
Here’s today’s topic:
- What is Enthalpy?
- Energy Changes: Exothermic & Endothermic
- What is a standard enthalpy change?
- Types of standard enthalpy changes
- formation
- combustion
- hydration
- solution
- neutralization
- atomization
- What causes enthalpy?
- Bond energy
- Lattice energy
PHY C7: Centripetal Acceleration & Force
Today we’ll be covering:
- Centripetal Force
- Centripetal Acceleration
- Equations
Let’s jump in!
Continue reading “PHY C7: Centripetal Acceleration & Force”
PHY C7: Kinematics of Uniform Circular Motion
Today we’ll be covering:
- Angle Conventions
- Angular displacement
- Angular speed
- Formula: v = rω
Let’s go!
Continue reading “PHY C7: Kinematics of Uniform Circular Motion”
7. MOTION IN A CIRCLE (A2)
Sub-topics:
- Kinematics of Uniform Circular Motion
- Angular displacement
- Angular speed
- Formula: v = rω
- Centripetal Acceleration & Centripetal Force
- Centripetal Force
- Centripetal Acceleration
- Equations
Relevant Links:
⇐ Previous Chapter: Work, Energy & Power
⇒ Next Chapter: Gravitational Fields (A2)
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