Today we’ll be covering:
- Energy
- Definition
- Types of energy
- Conservation of Energy
- Work
- Work in terms of Force & Displacement
- Work done by an expanding Gas
- Efficiency
Let’s get to it!
Category: Study Notes
6. WORK, ENERGY & POWER
Sub-topics:
- Energy
- Definition
- Types of energy
- Conservation of Energy
- Work
- Work in terms of Force & Displacement
- Work done by an expanding Gas
- Efficiency
- Kinetic Energy
- Derivation of Formula
- Potential Energy
- Potential Energy in a Uniform Field
- Derivation of Formula
- Elastic Potential Energy
- Potential Energy in a Uniform Field
- Power
- Power in terms of energy
- Power in terms of force
- Kilowatt-Hours
Relevant Links:
⇐ Previous Chapter: Forces, Density & Pressure
⇒ Next Chapter: Motion in a Circle (A2)
⇒ Next AS Chapter: Deformation of Solids
PHY C5: Density & Pressure
Here’s what we’re covering:
- Density
- Pressure
- Relationship between density & pressure
Let’s dive in!
Continue reading “PHY C5: Density & Pressure”
PHY C5: Turning Effects of Forces
Today we’ll be talking about:
- Moment
- Couple
- Torque
Let’s strap in!
PHY C5: Types of Forces
Here’s what we’ll cover:
- Force & electric force
- Upthrust
- Frictional & viscous forces
5. FORCES, DENSITY & PRESSURE
Sub-topics:
- Types of Force
- Force & electric force
- Upthrust
- Frictional & viscous forces
- Turning Effects of Forces
- Moment
- Couple
- Torque
- Equilibrium of forces
- Principle of moments
- Equilibrium
- Coplanar forces in equilibrium
- Density & Pressure
- Density
- Pressure
- Relationship between density & pressure
Relevant Links:
⇐ Previous Chapter: Dynamics
⇒ Next Chapter: Work, Energy & Power
PHY C4: Momentum
Today we’ll cover:
- Linear momentum
- Principle of Conservation of Momentum
- Collisions
- Kinetic energy in collisions
Let’s go!
Continue reading “PHY C4: Momentum”
PHY C4: Weight & Falling Bodies
Here’s what you need to know:
- Weight
- Air Resistance
- Upthrust
- Drag Force
Let’s dive in!
Continue reading “PHY C4: Weight & Falling Bodies”
PHY C4: Dynamics
Things you need to know for this topic:
- Momentum
- Mass
- Inertia
- Linear Momentum
- Force
- Newton’s Laws of Motion
Let’s get started.
Continue reading “PHY C4: Dynamics”
4. DYNAMICS
Sub-topics:
- Laws of Motion
- Mass
- Inertia
- Linear Momentum
- Force
- Newton’s Laws of Motion
- Weight
- Air Resistance
- Upthrust
- Drag Force
- Linear momentum
- Principle of Conservation of Momentum
- Collisions
- Kinetic energy in collisions
Relevant Links:
⇐ Previous Chapter: Kinematics
⇒ Next Chapter: Forces, Density & Pressure
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