X-ray
This knowledge is used in careers such as:
Teacher (Teaches Students) ~$55,000 - $95,000 - Number of jobs: 4,700,000 (324,500 Openings Per Year) +2% Growth
Electrical Engineer (Designs Electrical Systems) ~$65,000 - $115,000 - Number of jobs: 295,000 (17,500 Openings Per Year) +7% Growth
Industrial Technician (Maintains & Repairs Machines) ~$50,000 - $75,000 - Number of jobs: 540,000 (54,000 Openings Per Year) +13% Growth
Doctor (Diagnoses and Treats Patients) ~$200,000 - $350,000 - Number of jobs: 840,000 (24,000 Openings Per Year) +3% Growth
Healthcare Tech (Administers Medical Tests & Procedures) ~$55,000 - $80,000 - Number of jobs: 270,000 (15,400 Openings Per Year) +5% Growth
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Example:
Imagine you're in a crowded room trying to hear a conversation with a friend, but everyone is talking loudly. Just as you might need to tune into a higher pitch to hear your friend's voice over the noise, x-rays operate at a higher frequency, allowing them to 'cut through' materials that would otherwise block lower frequency waves like visible light. In this analogy, the crowded room represents the multitude of frequencies in the electromagnetic spectrum, your friend's voice is like the penetrating power of x-rays, and the ability to focus on that higher pitch amidst the noise mirrors how x-rays bypass obstacles that stop other waves, such as UV.
Practice Version
X-ray: A high-energy electromagnetic wave, it has shorter wavelength but higher frequency than UV. X-ray. X-rays are a type of radiation that can pass through most objects, including the body, and are commonly used to create images of bones and internal organs.