X-rays can be used for many purposes like safety or even as a separation technique, but it is mostly known as a way for doctors or dentists to inspect a human body without having to undergo surgery. A few medical examples of the uses of x-rays can be finding broken bones, cracks in your teeth and other abnormalities (bullets, blood clots, cancer, tumors, swallowed items, infections, kidney stones, etc) in the body without having to go through surgery. It is typical for the human body to break a bone or to catch some unwanted disease and x-rays does the job in finding them out. X-rays are typically known to have the second most energy in the electromagnetic spectrum, but nowadays, the wavelengths and energy of an x-ray can be adjusted by the x-ray machine. The higher the wavelength is, the more the x-ray can penetrate through less dense objects but the less the wavelength is, the more visible the less dense parts of the body can be seen. This helps doctors to view parts of the body that aren’t so dense like a disease or a blood clot.
X-rays can be used for many purposes like safety or even as a separation technique, but it is mostly known as a way for doctors or dentists to inspect a human body without having to undergo surgery. A few medical examples of the uses of x-rays can be finding broken bones, cracks in your teeth and other abnormalities (bullets, blood clots, cancer, tumors, swallowed items, infections, kidney stones, etc) in the body without having to go through surgery. It is typical for the human body to break a bone or to catch some unwanted disease and x-rays does the job in finding them out. X-rays are typically known to have the second most energy in the electromagnetic spectrum, but nowadays, the wavelengths and energy of an x-ray can be adjusted by the x-ray machine. The higher the wavelength is, the more the x-ray can penetrate through less dense objects but the less the wavelength is, the more visible the less dense parts of the body can be seen. This helps doctors to view parts of the body that aren’t so dense like a disease or a blood clot.