Super Simple Physics The Ultimate Bitesize Study Guide 1st Edition Dk 0744043905 9780744043907

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Product details:

• ISBN 10: 0744043905
• ISBN 13: 9780744043907
• Author: Dk

Includes all the core curriculum topics, this physics ebook for kids 12+ is the perfect support for home and school learning. Breaking down the information into easy, manageable chunks, Super Simple Physics covers everything from atoms to astronomy and forces to flotation. Each topic is fully illustrated to support the information, make the facts crystal clear, and bring the science to life. For key ideas, a “How it works” panel explains the theory with the help of bright, simple graphics. And for revision, a handy “Key facts” box provides a simple summary you can check back on later. With clear, concise coverage of all the core physics topics, Super Simple Physics is the perfect accessible e-guide to science for children that will support classwork and make studying for tests the easiest it’s ever been.

Table of contents:

Working scientifically

The scientific method

Scientific progress

Science and society

Risks and benefits

Scientific models

Working safely

Planning an experiment

Measuring

Significant figures

Presenting data

Patterns in data

Conclusions

Accuracy and precision

Evaluations

Using mathematical models

SI units

Energy

Energy

Energy and food

Energy stores

Energy transfers

Renewable energy resources

Nonrenewable energy

Climate change

Trends in energy use

Efficiency

Heat transfers

Radiation

Investigating radiation

Conduction

Investigating insulators

Convection

Reducing energy transfers

Kinetic and potential energy

Conservation of energy

Transferring energy by forces

Energy and power

Calculating energy efficiency

Describing motion

Speed

Calculating speed

Measuring speed

Position–time graphs

Scalars and vectors

Velocity

Acceleration

Velocity–time graphs

Forces

Forces

Balanced and unbalanced forces

Resultant forces

Resolving forces

Mass and weight

Springs

Investigating springs

Deformations

Moments

Center of mass

Levers

Gears

More simple machines

Action–reaction forces

Fields

Law of gravity

Force and motion

Circular motion

Newton’s second law

Investigating acceleration

Momentum

Elastic and inelastic collisions

Changing momentum

Stopping distance

Car safety features

Braking distance and energy

Terminal velocity

Waves

Waves

Sound

Oscilloscopes

Wave equations

Hearing sound

Investigating the speed of waves

Measuring the speed of sound

Using ultrasound

Sonar

Investigating Earth’s interior

Interference

Light

Light and seeing

Comparing sound and light

Pinhole cameras

Reflection

Refraction

Investigating light

Total internal reflection

Lenses

Waves and refraction

Refractive index

Converging and diverging lenses

Correcting vision

Converging lens ray diagram

Magnifying glass ray diagram

Diverging lens ray diagram

Light and color

Reflecting and absorbing

Electromagnetic radiation

Radio waves

Hazardous radiation

Electrical circuits

Current electricity

Electrical circuits

Series and parallel circuits

Measuring electricity

Series and parallel circuit rules

Charge

Changing resistance

Investigating resistance in wires

Resistance in wires

Investigating resistors in series and parallel

Current and voltage calculations

Current and voltage graphs

Power in circuits

Calculating energy

Light-dependent resistors

Thermistors

Sensor circuits

Using electricity

Direct and alternating current

Electrical wiring

Fuses and circuit breakers

Preventing shocks

Electrical appliances

Energy use at home

Wasted energy

Power transmission

Static electricity

Attracting and repelling

Attraction by induction

Using static electricity

Dangers of static electricity

Electric fields

Magnetism and electromagnetism

Magnets

Magnetic fields

Earth’s magnetic field

Electromagnets

Using electromagnets

The motor effect

Electric motors

Electromagnetic induction

Generators

Loudspeakers and microphones

Transformers

Matter

States of matter

Changes of state

Particles in motion

Heat expansion

Density

Finding the density

Internal energy

Specific heat capacity

Finding specific heat capacity

Heating curves

Temperature and changes of state

Latent heat calculations

Pressure

Surface pressure

Atmospheric pressure

Pressure in a liquid

Floating and sinking

Barometers and manometers

Pressure in gases

Pressure and volume

Pressure and temperature

Work and temperature

Atoms and radioactivity

Atomic structure

Elements and isotopes

The atomic model

Radioactive decay

Different types of radiation

Nuclear equations

Half-life

Background radiation

Radioactive hazards

Using radioactive isotopes

Nuclear medicine

Nuclear fission

Nuclear power

Fusion

Space

Structure of Earth

Seasons

Solar system

The Moon

Eclipses

Orbits

Galaxies

Observing space

Redshift

Expanding Universe

Big Bang or steady state?

Star life cycles

Classifying stars

Glossary

Circuit symbols

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