Exam 2: Structure of the Atom
Exam 1: Introduction to the Imaging Sciences75 Questions
Exam 2: Structure of the Atom63 Questions
Exam 3: Electromagnetic and Particulate Radiation58 Questions
Exam 4: X-Ray Circuit147 Questions
Exam 5: The X-Ray Tube108 Questions
Exam 6: X-Ray Production68 Questions
Exam 7: X-Ray Interactions With Matter63 Questions
Exam 8: Image Production66 Questions
Exam 9: Image Characteristics161 Questions
Exam 10: Radiographic Exposure Technique163 Questions
Exam 11: Scatter Control80 Questions
Exam 12: Image Receptors167 Questions
Exam 13: Automatic Exposure Control60 Questions
Exam 14: Image Intensified Fluoroscopy100 Questions
Exam 15: Additional Equipment54 Questions
Exam 16: Computed Tomography125 Questions
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The force that holds the protons and neutrons together in the nucleus is the:
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If an atom has 15 electrons,which will be the outermost shell?
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Atoms with the same number of protons but different number of neutrons are:
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In a neutral atom,the atomic number indicates the number of:
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When the bond between two atoms is due to one atom giving up an electron and the other atom gaining an electron,it is called a:
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For the chemical element sodium (²²₁₁Na),the atomic mass number is:
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Atoms with different number of protons but the same combined number of protons and neutrons are:
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Atoms with the same atomic number but different atomic mass numbers are:
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An ionic bond results in an electrically charged molecule or compound.
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The simplest form of the substances that form matter is the:
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The electrons rotate around the nucleus at a single energy level.
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Atoms with the same atomic number and atomic mass number but have different energy within their nuclei are:
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The most commonly known modern atomic theory was developed by:
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