Brainscape
Find 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
Brainscape's Knowledge Genome
TM
Browse over 1 million classes created by top students, professors, publishers, and experts.
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
See full index
Physics
> 19. Radioactivity: Background Radiation & Contamination > Flashcards
19. Radioactivity: Background Radiation & Contamination Flashcards
Physics
(51 decks)
17. Motion, Forces and Conservation of Energy: Distance, Displacement, Speed and Velocity
17. Motion, Forces and Conservation of Energy: Acceleration
17. Motion, Forces and Conservation of Energy: Distance / Time Graphs
17. Motion, Forces and Conservation of Energy: Velocity / Time Graphs
17. Motion, Forces and Conservation of Energy: Newton 1st & 2nd Laws
17. Motion, Forces and Conservation of Energy: Weight and Circular Motion
17. Motion, Forces and Conservation of Energy: Inertia & Newton 3rd Law
17. Motion, Forces and Conservation of Energy: Momentum
17. Motion, Forces and Conservation of Energy: Stopping Distances & Reaction Times
17. Motion, Forces and Conservation of Energy: Energy Stores
17. Motion, Forces and Conservation of Energy: Transferring Energy
17. Motion, Forces and Conservation of Energy: Efficiency
17. Motion, Forces and Conservation of Energy: Reducing Unwanted Energy Tranfers
17. Motion, Forces and Conservation of Energy: Energy Resources
18. Waves & Electromagnetic Spectrum: Wave Basics
18. Waves & Electromagnetic Spectrum: Measuring Waves
18. Waves & Electromagnetic Spectrum: Wave Behaviour at Boundaries
18. Waves & Electromagnetic Spectrum: Investigating Refraction
18. Waves & Electromagnetic Spectrum: Electromagnetic Waves
18. Waves & Electromagnetic Spectrum: Microwaves & Infrared
19. Radioactivity: Model of the Atom
19. Radioactivity: Electron Energy Levels
19. Radioactivity: Isotopes & Nuclear Radiation
19. Radioactivity: Nuclear Equations
19. Radioactivity: Half-Life
19. Radioactivity: Background Radiation & Contamination
20. Forces & Energy: Energy Transfers and Systems
20. Forces & Energy: Work Done and Power
20. Forces & Energy: Forces & Vector Diagrams
21. Electricity & Circuits: Current & Circuits
21. Electricity & Circuits: Potential Difference & Resistance
21. Electricity & Circuits: Investigating Components
21. Electricity & Circuits: Circuit Devices
21. Electricity & Circuits: Series & Parallel Circuits
21. Electricity & Circuits: Energy & Power in Circuits
21. Electricity & Circuits: Electricity in the Home
21. Electricity & Circuits: Fuses & Earthing
22. Magnetic Fields: Magnets & Magnetic Fields
22. Magnetic Fields: Permanent & Induced Magnets
22. Magnetic Fields: Electromagnetism & Motor Effect
22. Magnetic Fields: Solenoids & Electromagnetic Induction
22. Magnetic Fields: Transformers
23. Matter: Density
23. Matter: Kinetic Theory & States of Matter
23. Matter: Specific Heat Capacity
23. Matter: Specific Latent Heat
23. Matter: Particle Motion in Gases
23. Matter: Forces & Elasticity
Practical Skills: Apparatus & Techniques
Practical Skills: Heating Substances
Practical Skills: Safety & Experiments
