Radiation or(and) particles emerge(s) from a radioactive sample. These products from the sample are allowed to pass through a narrow slit and may be considered a beam. The beam is passed between two plates that carry opposite electrical charge. The experimental region contains no magnetic fields. It is observed that the beam is deflected toward the negatively charged plate. $Radiation or(and) particles emerge(s) from a radioactive sample. These products from the sample are allowed to pass through a narrow slit and may be considered a beam. The beam is passed between two plates that carry opposite electrical charge. The experimental region contains no magnetic fields. It is observed that the beam is deflected toward the negatively charged plate. Which one of the following statements is the best conclusion for this situation? A)The beam is only \alpha rays. B)The beam is only \beta - rays. C)The beam is only \gamma rays. D)The beam could be either \alpha rays or \beta + rays. E)The beam could be \alpha rays, \beta + rays, or \gamma rays.$ Which one of the following statements is the best conclusion for this situation?
A)The beam is only

\alpha

rays.
B)The beam is only

\beta

^- rays.
C)The beam is only

\gamma

rays.
D)The beam could be either

\alpha

rays or

\beta

⁺ rays.
E)The beam could be

\alpha

rays,

\beta

⁺ rays, or

\gamma

rays.

Which One of the Following Statements Is True Concerning the Radioisotope

Multiple Choice

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