X-rays are produced in an X-ray tube operating at a given accelerating voltage. The wavelength of the continuous X-rays has values from

\[0\text{ to }{{\lambda }_{\max }}\text{ where }{{\lambda }_{\max }}<\infty \]

\[{{\lambda }_{\min }}\text{ to }\infty \text{ where }{{\lambda }_{\max }}M\infty \]

\[0\text{ to }{{\lambda }_{\max }}\text{ where }{{\lambda }_{\max }}

\[{{\lambda }_{\min }}\text{ to }{{\lambda }_{\max }}\text{ where 0}{{\lambda }_{\min }}

X-rays are produced in an X-ray tube operating at a given accelerating

1.	X-rays are produced in an X-ray tube operating at a given accelerating voltage. The wavelength of the continuous X-rays has values from
A.	\[0\text{ to }\infty \]
B.	\[{{\lambda }_{\min }}\text{ to }\infty \text{ where }{{\lambda }_{\max }}M\infty \]
C.	\[0\text{ to }{{\lambda }_{\max }}\text{ where }{{\lambda }_{\max }}<\infty \]
D.	\[{{\lambda }_{\min }}\text{ to }{{\lambda }_{\max }}\text{ where 0}{{\lambda }_{\min }}<{{\lambda }_{\max }}<\infty \]
Answer» C. \[0\text{ to }{{\lambda }_{\max }}\text{ where }{{\lambda }_{\max }}<\infty \]