5. For problems 5a and 5b, calculate the pixel size and show your work. Give your...

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5. For problems 5a and 5b, calculate the pixel size and show your work. Give your answers in millimeters. 5a. A FOV of 400mm x 400mm and a matrix size of 3500 x 3500 5b. A FOV of 25 cm x 25 cm and a matrix size of 2000 x 2000 6. Describe two examples of how the spatial resolution of an image can be influenced by distance. Why does beam divergence affect penumbra? 7. Describe at least two things a radiographer can do to reduce/or eliminate motion. I 8. The two previous questions (6 and 7) asked you about distance and motion. List and describe two additional factors that influence resolution.. 5. For problems 5a and 5b, calculate the pixel size and show your work. Give your answers in millimeters. 5a. A FOV of 400mm x 400mm and a matrix size of 3500 x 3500 5b. A FOV of 25 cm x 25 cm and a matrix size of 2000 x 2000 6. Describe two examples of how the spatial resolution of an image can be influenced by distance. Why does beam divergence affect penumbra? 7. Describe at least two things a radiographer can do to reduce/or eliminate motion. I 8. The two previous questions (6 and 7) asked you about distance and motion. List and describe two additional factors that influence resolution..

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The question is referring to calculations involving the field of view FOV and the matrix size of an ... View the full answer