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For the IGOR telescope referenced in the notes, assuming a focus range of 50,000 feet and an acceptable blur diameter of 0.001 inch. Calculate the farthest object distance for which the image is in acceptable focus. Express in feet. If we stopped down the telescope to operate at F/40 rather than F/28.55, would the farthest object distance for which the image is in acceptable focus increase or decrease? Explain why.

For the IGOR telescope referenced in the notes, assuming a focus range of 50,000 feet and an acceptable blur diameter of 0.001 inch. Calculate the farthest object distance for which the image is in acceptable focus. Express in feet. If we stopped down the telescope to operate at F/40 rather than F/28.55, would the farthest object distance for which the image is in acceptable focus increase or decrease? Explain why.

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For the IGOR telescope referenced in the notes, assuming a focus range of 50,000 feet and an acceptable blur diameter of 0.001 inch. Calculate the farthest object distance for which the image is in acceptable focus. Express in feet. If we stopped down the telescope to operate at F/40 rather than F/28.55, would the farthest object distance for which the image is in acceptable focus increase or decrease? Explain why.
Transcribed Image Text:For the IGOR telescope referenced in the notes, assuming a focus range of 50,000 feet and an acceptable blur diameter of 0.001 inch. Calculate the farthest object distance for which the image is in acceptable focus. Express in feet. If we stopped down the telescope to operate at F/40 rather than F/28.55, would the farthest object distance for which the image is in acceptable focus increase or decrease? Explain why.
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