A scientist is designing a device that will develop an image of a bone, but not the surrounding tissues. Which type of wave from the electromagnetic spectrum would best complete the scientist's design and why?(1 point)

Responses

X-ray waves would be the best choice because they have long wavelengths.
X-ray waves would be the best choice because they have long wavelengths.

 Infrared waves would be the best choice because they have small amplitudes.
 Infrared waves would be the best choice because they have small amplitudes.

X-ray waves would be the best choice because they have short wavelengths.
X-ray waves would be the best choice because they have short wavelengths.

Infrared waves would be the best choice because they have large amplitudes. A scientist is designing a device that will develop an image of a bone, but not the surrounding tissues. Which type of wave from the electromagnetic spectrum would best complete the scientist's design and why?(1 point)
Responses

X-ray waves would be the best choice because they have long wavelengths.
X-ray waves would be the best choice because they have long wavelengths.

 Infrared waves would be the best choice because they have small amplitudes.
 Infrared waves would be the best choice because they have small amplitudes.

X-ray waves would be the best choice because they have short wavelengths.
X-ray waves would be the best choice because they have short wavelengths.

Infrared waves would be the best choice because they have large amplitudes.

X-ray waves would be the best choice because they have short wavelengths. X-rays have the ability to penetrate through soft tissues, but are absorbed by denser materials like bone. Therefore, by using X-ray waves, the scientist will be able to develop an image of the bone while the surrounding tissues will be less visible.