2D Augmented Reality (AR) book
Experiential learning with the new generation of physics books. Our augmented reality book series makes learning fun with animated wonderland.
The book and the mobile app guides you together through 40 physics topics. What do we know about motion? What is angular momentum? What does friction mean? How do the lever, the wave wheel, and the mirror work? All exciting questions from everyday life – presented in an unconventional way and with spectacular animations!
Trailer, contents
CONTENTS
1
6
1. Uniform & Rectilinear
Uniform rectilinear motion, velocity, and the relations between distance-time and velocity-time graphs.
Multimedia content
Uniform rectilinear motion
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11
2. Acceleration / Deceleration
Characteristics of acceleration and deceleration, the role of forces, and velocity-time and distance-time graphs.
Multimedia content
Uniformly accelerated rectilinear motion
1
6
3. Drop the Ball
Free fall, gravitational acceleration, and the key relations of vertical throwing.
Multimedia content
The free fall and the vertical throw
1
6
4. The Big Shot
Horizontal throwing, the effect of gravity, addition of velocity vectors, and the parabolic trajectory.
Multimedia content
Horizontal throw
1
9
5. Round and Round
Circular motion, circumferential speed and angular velocity, period, frequency, and centripetal and tangential acceleration.
Multimedia content
Uniform and variable circular motion
1
7
6. Swirl and Spin
Angular momentum, moment of inertia, angular velocity, and the law of conservation of angular momentum in rotational motion.
Multimedia content
Angular momentum
1
5
7. Good Vibes
Oscillatory motion and its characteristics: amplitude, period, frequency, and the relationship between harmonic oscillation and uniform circular motion.
Multimedia content
Vibrational motion
1
6
8. Static and Kinetic
Static and kinetic friction, the magnitude of frictional force, its uses, and its heat-generating effect.
Multimedia content
Static and kinetic friction
1
6
9. Resistance of Media
Resistance of media, factors affecting its magnitude, and its role in assisting and hindering motion.
Multimedia content
Drag
1
7
10. Make Lifting Easier
One-sided and two-sided levers, the wheel and axle, torque, and work performed using simple machines.
Multimedia content
The lever and the wheel and axle
1
7
11. A Pulley that Won’t Bully
Fixed and movable pulleys, and the operation and force relations of compound and Archimedean pulley systems.
Multimedia content
Pulleys and pulley systems
1
7
12. Up the Slope
Inclined planes and wedges, the relations between force and distance, and the effect of friction.
Multimedia content
Inclined plane-type simple machines
1
6
13. Let's Collide
Elastic and inelastic collisions, conservation of momentum, and the role of energy and deformation.
Multimedia content
Collisions
1
7
14. Riding Waves
Mechanical waves, wavelength, amplitude, period, frequency, propagation velocity, and the characteristics of wavefronts.
Multimedia content
Mechanical waves
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6
15. Refraction / Reflection
Wave refraction and reflection, refractive index, total internal reflection, and the phenomenon of light refraction.
Multimedia content
Refraction and reflection of waves
1
6
16. Standing Waves
Formation of standing waves, interference, and the role of nodes, antinodes, and resonance.
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Standing waves
1
6
17. Mind the Gap!
Diffraction of waves, the Huygens-Fresnel principle, interference, and the fundamentals of Fresnel lens operation.
Multimedia content
The Huygens-Fresnel principle, diffraction in gaps
1
7
18. Polarisation
Polarisation, the vibration plane of transverse waves, and the operation of polarisers and polarising filters.
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Polarisation
1
6
19. Mirror, Mirror on the Wall…
Image formation by plane and convex mirrors, light reflection, and characteristic optical paths.
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The flat mirror and the convex spherical mirror
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7
20. In the Concave Mirror
Image formation by concave spherical mirrors, focal point, most important optical paths, and the effect of object distance.
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The concave spherical mirror
1
6
21. Let's Refract the Light
The law of refraction, operation of a plane-parallel plate and prism, and dispersion of light.
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Transmission of light through plane-parallel plate and prism
1
7
22. Collecting Light
Operation of converging lenses, typical optical paths, focal length, and image formation depending on object position.
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Convex lenses
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10
23. Diverging Lenses
Construction, focal point, image formation, and applications of concave diverging lenses.
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Concave lenses
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6
24. Distant Examinations
Characteristics of telescopes, increasing the angle of view, and applications of refracting and reflecting telescopes.
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Telescope
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9
25. The Electric Field
Electric field, electric field strength, field lines, test charge, and the principle of superposition.
Multimedia content
The electric field
1
8
26. Work and Voltage
Work done by the electric field, the concepts of voltage and potential, and their relation to electric field strength.
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Performing work in an electric field; the voltage
1
7
27. Storage for the Charges
Types and construction of capacitors, their capacitance and charge, and the concept of permittivity.
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Capacitance, capacitors
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7
28. Charges in Motion
Electric current, movement of charge carriers, current, current direction, and the different physical effects of electric current.
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The concept of electricity and current
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7
29. Electrolysis
Conduction in electrolytes, electrolysis, electrolytic dissociation, and Faraday's laws of electrolysis.
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Electrolysis
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7
30. Current in Gas
Electric current in gases, ionisation, electrical discharges, and the formation of lightning and thunder.
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Current in gases
1
6
31. Circuit Made Simple
Components of a simple circuit, voltage and current measurement, electrical resistance, and Ohm's law.
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Circuits and Ohm's law
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9
32. Obstacle for the Current
Resistance of conductors depending on length, cross-section, resistivity, and temperature.
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Resistance of conductors
1
8
33. With Several Loads
Series and parallel connection of loads, current and voltage relationships, and equivalent resistance.
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Series and parallel connection of resistors
1
6
34. Short-circuit vs Open-circuit
Internal resistance and terminal voltage of sources, open circuit, short circuit, and the dangers of short-circuit current.
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Open circuit voltage and short circuit current
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8
35. The Conductor as a Magnet
Magnetic field of a current-carrying conductor, magnetic induction, right-hand rule, coils, and ferromagnetic materials.
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The magnetic field of electrical conductors
1
6
36. Between the Ends
Motional electromotive force, Lorentz force, induced voltage, Lenz's law, and the operation of an electric generator.
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Electromagnetic induction
1
8
37. Standing Still
Transformer emf, self-induction, inductance, and voltage produced by a changing magnetic field.
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Transformer electromotive force and self-inductance
1
7
38. Current Back and Forth
Alternating current and voltage, instantaneous and RMS values, frequency, and sinusoidal waveform.
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The alternating current
1
10
39. Three in Series
Series RLC circuit, ohmic resistance, inductive and capacitive reactance, impedance, phase difference, and resonant frequency.
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Series resonant circuit
1
8
40. Pass on the Energy
Electromagnetic oscillations in an LC circuit, energy transformation, natural frequency, damping, and Thomson's formula.
Multimedia content
Parallel resonant circuit
Try it for free!
After downloading and printing the test page at home you can test how the augmented reality elements in the book work. Follow the instructions on the sample page!
Specification
ISBN 978-615-81881-9-7
Age recommended: 12+
Language: English
Number of pages: 86 pages
Size: B5
Quality: 4+4 colour printing spiral binding, inside sheet: 120 g offset paper; cover: 255 g GC1 cardboard, B1 and B4 matt coated
Number of AR elements: 40 2D holograms
Usage device: mobile phone or tablet
Operating System:
- iOS: Devices running iOS 16, iPadOS 16 or later.
- Android: Minimum Android 10 or later device with a 64-bit processor and operating system. Some features require an ARCore supported device.
Required device storage: 500 MB
Internet connection: An internet connection is required to download, update and play the content of the app and publication (WiFi connection recommended).
Get to know the phenomena of physics!
Learning about and experiencing physics is important for everyone, both in school and in everyday life. The pages of this book use easy-to-understand text and diagrams to explain the basic phenomena and calculations of physics. All topics are complemented by spectacular augmented reality content, which makes learning physics a magical experience.
To whom do we recommend "Physical Phenomena"?
We recommend the book primarily for everyday school preparation for children aged 12 and over, or as a teaching aid for teachers. The book covers the primary and secondary level knowledge of physics that students will encounter over the years. The book can therefore be used over a long period of time to consolidate or refresh knowledge.
Physical Phenomena
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