Define these Technical Terms using the textbook:
1. electric brake caliper
2. electric parking brake
3. electrolysis
4. flexible-fuel vehicles (FFV)
5. inflatable door impact beams
6. kinetic energy recovery system (KERS)
7. night vision systems
8. solar vehicle
9. vehicle tracking system
Answer these discussion questions using the textbook:
1. Describe how kinetic energy storage systems work.
Read the chapter summary below:
■ Advancements in electronics and computer technology have enabled many on-vehicle security features, including vehicle tracking systems and night vision systems.
■ The use of servo motors in an electric brake caliper eliminates the need for the brake system hydraulic components.
■ A dash-mounted switch energizes the electric parking brake servo motor to mechanically apply the rear brake.
■ Kinetic energy recovery systems can capture kinetic energy generated during vehicle braking and store the energy to assist in vehicle acceleration.
■ Alternate power sources are other methods of producing energy (other than from gasoline and diesel oil) to propel a motor vehicle.
■ Electric vehicles use an electric motor and storage batteries to power the automobile and reduce air pollution from burning fossil fuels.
■ A flywheel generator drive system is a direct electric wheel drive design that eliminates the need for friction brake pads and large rotors.
■ A solar vehicle uses solar panels to generate electricity for propulsion.
■ Hydrogen burns with no harmful emissions—water vapor is the only by-product of combustion.
■ A fuel cell combines hydrogen and oxygen to produce electrical energy.
■ A flexible-fuel vehicle (FFV) is designed to operate on different types of fuel.
■ Plant fuel research has led to the development of biodiesel fuel, ethanol, and synthetic motor oil.
■ Vehicle curb weight reduction is the most important factor in further improving fuel economy.
■ Since human progress is increasing exponentially, we should see even more rapid technical progress in the future.