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EbookNice Team
Status:
Available5.0
32 reviewsISBN 10: 1133104681
ISBN 13: 9781133104681
Author: Vern J. Ostdiek, Donald J. Bord
Inquiry-Based Approach
The text places conceptual understanding at the forefront, asking students to explore "how" and "why" rather than memorize formulas. It emphasizes engaging with real‑world phenomena—like iPods, metal detectors, sundogs, kaleidoscopes, and smoke detectors—to make physics practical and relevant
HOW THINGS WORK (Common Devices)
Antifreeze tester
Atomizer
Barometer
Camera, projector
Bomb detector
Camera obscura
Electron microscope
Electronic paper
Electrostatic precipitator
Fiber optics
Geiger counter
Hydroelectric power plant
Pumped storage
Bicycle, car brake system
Compass
Concave reflector, satellite dish
Diesel engine
Electric motor and generator
Inertial balance
Electromagnet, solenoid
Fresnel lens
Fuses
Heat engine
GPS
Hot air balloon
iDevices (iPods, iPads, etc.)
Laser
Liquid crystal display (LCD)
Magnifying glass
Metal detector
Microphone, speaker
Microwave cooking
Mirrors—plane, one-way, curved, telescope
Musical instruments: pianos, guitars, flutes, etc.
Neon and fluorescent lights
Photocopier, laser printer
Plasma TV
Polaroid sunglasses
Pressure cooker
Prism
Projectiles, falling bodies
Refrigerator, air conditioner
Remote control
Simple machines: levers, inclined planes
Smoke detector
Thermostat, thermometer
Tire pressure tester
Transformer
HOW THINGS WORK (Not-So-Common Devices)
Airships
Altimeter
Nuclear power plant
Nuclear weapons
Particle accelerator
Radio Acoustic Sounding System (RASS)
Regenerative braking
Scanning tunneling microscope (STM)
Solder
Sonic anemometer
Whispering chamber
BIOLOGICAL AND MEDICAL APPLICATIONS
Defibrillator
Electricity and the human body
Electrocardiogram (EKG)
Electroencephalogram (EEG)
Nerve signals
Extracorporeal shock wave lithotripsy (ESWL)
Eye (and corrective lenses)
Eye surgery
Hemoglobin test
Nuclear medicine
Positron Emission Tomography (PET)
Sound perception
Ultrasonic imaging
Ultrasonic lithotripsy
X-ray machine
ASTRONOMY AND SPACE EXPLORATION
Adaptive optics
Artificial gravity (space station)
Atmosphere, observing through Earth’s
Retention of atmosphere
Big Bang
Cassini mission to Saturn
Cosmic chemistry (spectroscopy)
Cosmic background radiation, COBE
Cosmology
Energy flow in stars
Escape velocity
Fusion in stars
Gravity assist
Hubble relation, expanding universe
Light-element production
Neutron star
New Horizons mission to Pluto
Nuclear power on spacecraft
Orbits (planets, Halley’s Comet)
Angular momentum
Geosynchronous
Pulsar
Satellite reentry
Scientific instruments in space
Star temperatures
Supernova
Telescopes
NATURAL PHENOMENA
Auroras (northern and southern lights)
Blue sky, red sunset
Cloud, fog formation
Earth’s magnetic field
Greenhouse effect
Halos
Humidity, dewpoint
Hurricanes
Iceberg flotation
Lake, top freezing first
Lightning
Ozone layer
Pressure of the atmosphere
Rainbow
Sea and land breezes
Sundogs
Speed of sound
Thermals
Tides
SPORTS APPLICATIONS
Ball being caught
Bow and arrow
Diving
Human power output
Empire State Building race
Shot put
Karate blow
Projectile motion
Skydiving
Soaring
Tennis ball distortion
Force on ball
Top speeds
OTHER APPLICATIONS
Bridge expansion
Carbon-14 dating
Collisions
Digital sound (CDs)
Exponential growth
Heat detectors
Holography
Magnetic recording
Neutron activation analysis
Niagara Falls (going over)
Pressurized aircraft cabins
Radar, sonar
Rockets
Solar energy
Sonic boom
Sonoluminescence
Sound reverberation
Superconductivity
Superfluidity
Thin film colors
Wing lift
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Tags: Vern Ostdiek, Donald Bord, Inquiry into physics