4. Laser: Compare and contrast the types, hazards, safety measures, and surgical applications of laser technology (e.g., cosmetic surgery, ophthalmology, and dermatology).
5. Analyze Internet research and describe how to differentiate reliable from unreliable resources.
6. Analyze the applications, hazards, and safety precautions of electricity as they apply to electrosurgery.
7. Analyze electromagnetic waves, sound waves, the Doppler effect, and light. Compare and contrast the wave patterns of lasers, ultrasonic sound waves, and X-rays.
8. Analyze the historical aspects of technology (e.g., NASA program, communication satellites, robotics in manufacturing).
9. Analyze ongoing developments in surgery. Discuss futuristic possibilities of telesurgery, microrobots, and minimally invasive surgery.
and a blackout.
3. Analyze the development of technology and the individuals who contributed to any of the bio-medical sciences (e.g., W. T. Bovie, Steve Jobs, Bill Gates, Georg Ohm, Andre Ampere, Christian Doppler, James Maxwell).
4. Laser: Compare and contrast the types, hazards, safety measures, and surgical applications of laser technology (e.g., cosmetic surgery, ophthalmology, and dermatology).
5. Analyze Internet research and describe how to differentiate reliable from unreliable resources.
6. Analyze the applications, hazards, and safety precautions of electricity as they apply to electrosurgery.
7. Analyze electromagnetic waves, sound waves, the Doppler effect, and light. Compare and contrast the wave patterns of lasers, ultrasonic sound waves, and X-rays.
8. Analyze the historical aspects of technology (e.g., NASA program, communication satellites, robotics in manufacturing).
9. Analyze ongoing developments in surgery. Discuss futuristic possibilities of telesurgery, microrobots, and minimally invasive surgery.
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