Brainscape
Find Flashcards
Make Flashcards
Why It Works
More
Educators
Businesses
Tutors & resellers
Content partnerships
Academy
About
Educators
Teachers & professors
Content partnerships
Tutors & resellers
Businesses
Employee training
Content partnerships
Tutors & resellers
Academy
About
Log in
Log in
Get Started
Brainscape's Knowledge Genome
TM
Entrance Exams
Professional Certifications
Foreign Languages
Medical & Nursing
Science
English
Humanities & Social Studies
Mathematics
Law
Vocations
Health & Fitness
Business & Finance
Technology & Engineering
Food & Beverage
Fine Arts
Random Knowledge
Top Flashcards (Certified)
All Flashcards
Physics
> P2 - 6.1 Longitudinal + Transverse Waves > Flashcards
P2 - 6.1 Longitudinal + Transverse Waves Flashcards
(0 cards)
Start Studying
Physics
(106 decks)
Keywords
Exercise Book
P1 - 1.1 Energy Stores + Systems
P1 - 1.2 Energy Transfer Examples
P1 - 1.3 Kinetic Energy
P1 - 1.4 Gravitational Potential Energy + Gravity
P1 - 1.5 Transfer Between KE + GPE
P1 - 1.6 Specific Heat Capacity
P1 - 1.7 Conservation Of Energy
P1 - 1.8 Conduction, Convection + Radiation
P1 - 1.9 Reducing Unwanted Energy Transfers
P1 - 1.10 Power + Work Done
P1 - 1.11 Efficiency
P1 - 1.12 Energy Resources Introduction
P1 - 1.13 Fossil Fuels + Nuclear Energy
P1 - 1.14 Wind + Solar
P1 - 1.15 Geothermal Power
P1 - 1.16 Biofuels
P1 - 1.17 Hydroelectricty + Tidal Barrages
P1 - 2.1 Circuits Introduction
P1 - 2.2 V=IR Equatioon + I-V Graphs
P1 - 2.3 Charge, Current + Time
P1 - 2.4 Components
P1 - 2.5 Series Circuits
P1 - 2.6 Parallel Circuits
P1 - 2.7 Energy + Power Formulas
P1 - 2.8 National Grid
P1 - 2.9 AC + DC Current
P1 - 2.10 Plugs + Wires
P1 - 2.11 Fuses + Earthing
P1 - 2.12 Static Electricity
P1 - 2.13 Electric Fields
P1 - 3.1 Particle Model + States of Matter
P1 - 3.2 Density
P1 - 3.3 Specific Latent Heat
P1 - 3.4 Factors Affecting Gas Pressure
P1 - 3.5 Pressure + Volume (PV = Constant)
P1 - 4.1 Development of the Model of the Atom
P1 - 4.2 Atomic Structure, Isotopes + Electron Shells
P1 - 4.3 Alpha, Beta + Gamma Radiation
P1 - 4.4 Nuclear Decay Equations
P1 - 4.5 Radioactive Decay + Half life
P1 - 4.6 Why Radiation is Harmful
P1 - 4.7 Using Radiation in Medicine
P1 - 4.8 Nuclear Fission
P1 - 4.9 Nuclear Fusion
P2 - 5.1 Contact + Non Contact Forces
P2 - 5.2 Scalar & Vector Quantities
P2 - 5.3 Free Body Diagrams & Resultant Force
P2 - 5.4 Resolving Vectors + Scale Drawings
P2 - 5.5 Elasticity, Spring Constant + Hooke's Law
P2 - 5.6 Elastic Potential Energy
P2 - 5.7 Moments 1
P2 - 5.8 Moments 2
P2 - 5.9 Pressure
P2 - 5.10 Liquid Pressure + Upthrust
P2 - 5.11 Atmospheric Pressure
P2 - 5.12 Speed/Velocity + Distance/Displacement
P2 - 5.13 Acceleration
P2 - 5.14 Distance-time Graphs
P2 - 5.15 Velocity-time Graphs
P2 - 5.16 Terminal Velocity
P2 - 5.17 Newtons 1st + 2cnd Laws
P2 - 5.18 Newton's 3rd Law
P2 - 5.19 Stopping Distances
P2 - 5.20 Momentum 1
P2 - 5.21 Momentum 2
P2 - 6.1 Longitudinal + Transverse Waves
P2 - 6.2 Reflection
P2 - 6.3 Refraction
P2 - 6.4 Electromagnetic Waves
P2 - 6.5 Radiowaves
P2 - 6.6 Microwaves + Infrared
P2 - 6.7 UV Light
P2 - 6.8 X-rays + Gamma Rays
P2 - 6.9 How Lenses Work
P2 - 6.10 How to Draw Ray Diagrams
P2 - 6.11 Visible Light + Colour
P2 - 6.12 Absorbing Radiation (Infrared + Black Body)
P2 - 6.13 Sound Waves + Hearing
P2 - 6.14 Ultrasound
P2 - 6.15 Seismic Waves
P2 - 7.1 Magnets
P2 - 7.2 Permanent + Induced Magnets
P2 - 7.3 Electromagnetism
P2 - 7.4 Motor Effect
P2 - 7.5 How the Electric Motor Works
P2 - 7.6 Generator Effect
P2 - 7.7 Alternators, Dynamos + Oscilloscopes
P2 - 7.8 Loudspeakers + Microphones
P2 - 7.9 How Transformers Work
P2 - 7.10 Transformer Calculations
P2 - 8.1 Astronomy, Universe, Galaxies + Solar System
P2 - 8.2 Life Cycle of Stars
P2 - 8.3 Orbits
P2 - 8.4 Red Shift
RP - 9.1 Specific Heat Capacity
RP - 9.2 Thermal Insulators
RP - 9.3 Resistance of a Wire
RP - 9.4 I-V Characteristics
RP - 9.5 Density
RP - 9.6 Force + Extension
RP - 9.7 Acceleration
RP - 9.8 Waves
RP - 9.9 Light
RP - 9.10 Radiation + Absorption
