My guess would be that you can't because of the difference in wave length between x-rays and the visual spectrum.
Yes, X-Ray crystallography uses the crystal lattice to produce an X-Ray diffraction pattern (unique to the crystal); this was how the helical structure of DNA was established.
okay
Rainbows! Sun rays diffract in water droplets to form rainbow.
As x-rays pass through a crystal, such as NaCl, the atoms diffract, or bend the x-rays in certain directions and angles, giving a characteristic pattern on x-ray film. The specific pattern can be used to determine the crystalline structure and distance of the atoms from each other, among other things.
Often they are, yes.
de Broglie waves for electrons have wavelengths similar to that of x-rays, which diffract when sent through certain crystals according to the Laue phenomenon. These wavelengths where fist confirmed by diffraction by Davisson and Germer.
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It is not possible to answer the question because there are no x-rays with a wavelength of 1.2*10 metres! Clearly, there is a mistake in the question but it is not possible to say where.
Yes. X-rays can alter DNA, and DNA can be altered by scientists.
X-rays are only possibly dangerous to the person being x-rayed. The possible danger from the x-rays CAN'T be passed on.
Yes it is possible. My sister was just in the hospital with an ovarian cyst and x-rays showed 2 appendix.
No - that's not possible. You would need a high-power source of X-rays such as found in a hospital !
X-Rays X-Rays from the sun