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Understanding Waves – Made Easy by Learning Den There are two main types of waves: Transverse waves (e.g. light): Particles move up and down Longitudinal waves (e.g. sound): Particles move back and forth Key wave properties: Amplitude: How far the wave moves from the rest position Wavelength: Distance of one full wave (crest to crest or trough to trough) Time Period (T): Time for one complete oscillation Frequency (f): Number of waves per second Formula: f = 1/T These concepts are...

Understanding Waves – Made Easy by Learning Den There are two main types of waves: Transverse waves (e.g. light): Particles move up and down Longitudinal waves (e.g. sound): Particles move back and forth Key wave properties: Amplitude: How far the wave moves from the rest position Wavelength: Distance of one full wave (crest to crest or trough to trough) Time Period (T): Time for one complete oscillation Frequency (f): Number of waves per second Formula: f = 1/T These concepts are...

Understanding Waves – Made Easy by Learning Den There are two main types of waves: Transverse waves (e.g. light): Particles move up and down Longitudinal waves (e.g. sound): Particles move back and forth Key wave properties: Amplitude: How far the wave moves from the rest position Wavelength: Distance of one full wave (crest to crest or trough to trough) Time Period (T): Time for one complete oscillation Frequency (f): Number of waves per second Formula: f = 1/T These concepts are...

Understanding Waves – Made Easy by Learning Den There are two main types of waves: Transverse waves (e.g. light): Particles move up and down Longitudinal waves (e.g. sound): Particles move back and forth Key wave properties: Amplitude: How far the wave moves from the rest position Wavelength: Distance of one full wave (crest to crest or trough to trough) Time Period (T): Time for one complete oscillation Frequency (f): Number of waves per second Formula: f = 1/T These concepts are...

What is Momentum? Momentum = mass × velocity It tells us how much motion an object has. Unit: kg m/s It’s a vector quantity – meaning it has both direction and size. Principle of Conservation of Momentum: In a closed system (no external forces), total momentum before collision = total momentum after collision. Types of Collisions: Elastic: Momentum and kinetic energy both conserved Inelastic: Momentum is conserved, but some kinetic energy is lost as heat, sound, etc. How is Force...

Understanding Waves – Made Easy by Learning Den There are two main types of waves: Transverse waves (e.g. light): Particles move up and down Longitudinal waves (e.g. sound): Particles move back and forth Key wave properties: Amplitude: How far the wave moves from the rest position Wavelength: Distance of one full wave (crest to crest or trough to trough) Time Period (T): Time for one complete oscillation Frequency (f): Number of waves per second Formula: f = 1/T These concepts are...

What is Momentum? Momentum = mass × velocity It tells us how much motion an object has. Unit: kg m/s It’s a vector quantity – meaning it has both direction and size. Principle of Conservation of Momentum: In a closed system (no external forces), total momentum before collision = total momentum after collision. Types of Collisions: Elastic: Momentum and kinetic energy both conserved Inelastic: Momentum is conserved, but some kinetic energy is lost as heat, sound, etc. How is Force...

What is Momentum? Momentum = mass × velocity It tells us how much motion an object has. Unit: kg m/s It’s a vector quantity – meaning it has both direction and size. Principle of Conservation of Momentum: In a closed system (no external forces), total momentum before collision = total momentum after collision. Types of Collisions: Elastic: Momentum and kinetic energy both conserved Inelastic: Momentum is conserved, but some kinetic energy is lost as heat, sound, etc. How is Force...

Understanding Waves – Made Easy by Learning Den There are two main types of waves: Transverse waves (e.g. light): Particles move up and down Longitudinal waves (e.g. sound): Particles move back and forth Key wave properties: Amplitude: How far the wave moves from the rest position Wavelength: Distance of one full wave (crest to crest or trough to trough) Time Period (T): Time for one complete oscillation Frequency (f): Number of waves per second Formula: f = 1/T These concepts are...

What is Momentum? Momentum = mass × velocity It tells us how much motion an object has. Unit: kg m/s It’s a vector quantity – meaning it has both direction and size. Principle of Conservation of Momentum: In a closed system (no external forces), total momentum before collision = total momentum after collision. Types of Collisions: Elastic: Momentum and kinetic energy both conserved Inelastic: Momentum is conserved, but some kinetic energy is lost as heat, sound, etc. How is Force...

What is Momentum? Momentum = mass × velocity It tells us how much motion an object has. Unit: kg m/s It’s a vector quantity – meaning it has both direction and size. Principle of Conservation of Momentum: In a closed system (no external forces), total momentum before collision = total momentum after collision. Types of Collisions: Elastic: Momentum and kinetic energy both conserved Inelastic: Momentum is conserved, but some kinetic energy is lost as heat, sound, etc. How is Force...

What is Momentum? Momentum = mass × velocity It tells us how much motion an object has. Unit: kg m/s It’s a vector quantity – meaning it has both direction and size. Principle of Conservation of Momentum: In a closed system (no external forces), total momentum before collision = total momentum after collision. Types of Collisions: Elastic: Momentum and kinetic energy both conserved Inelastic: Momentum is conserved, but some kinetic energy is lost as heat, sound, etc. How is Force...

What is Momentum? Momentum = mass × velocity It tells us how much motion an object has. Unit: kg m/s It’s a vector quantity – meaning it has both direction and size. Principle of Conservation of Momentum: In a closed system (no external forces), total momentum before collision = total momentum after collision. Types of Collisions: Elastic: Momentum and kinetic energy both conserved Inelastic: Momentum is conserved, but some kinetic energy is lost as heat, sound, etc. How is Force...

What is Momentum? Momentum = mass × velocity It tells us how much motion an object has. Unit: kg m/s It’s a vector quantity – meaning it has both direction and size. Principle of Conservation of Momentum: In a closed system (no external forces), total momentum before collision = total momentum after collision. Types of Collisions: Elastic: Momentum and kinetic energy both conserved Inelastic: Momentum is conserved, but some kinetic energy is lost as heat, sound, etc. How is Force...

What is Momentum? Momentum = mass × velocity It tells us how much motion an object has. Unit: kg m/s It’s a vector quantity – meaning it has both direction and size. Principle of Conservation of Momentum: In a closed system (no external forces), total momentum before collision = total momentum after collision. Types of Collisions: Elastic: Momentum and kinetic energy both conserved Inelastic: Momentum is conserved, but some kinetic energy is lost as heat, sound, etc. How is Force...