Ray trace an object placed at the center of hemispherical mirror and another placed at the focus of the same mirror. Select the correct statements When the object distance is twice the focal length the image distance is twice the focal length When the object distance is half the focal length the image distance is twice the focal length Considering a hemispherical concave mirror, all rays leaving the focus later pass through the focus Considering a hemispherical concave mirror, all rays leaving the focus later pass through the center of the hemisphere. Considering a hemispherical concave mirror, all rays leaving the center of the hemisphere later pass through the focus. Considering a hemispherical concave mirroc all rays leaving the center of the hemisphere later pass through the center of the hemisphere Based on the above correct selections 27-R. Based on the above correct selections f-2R

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Q: Hemispherical Concave Mirror
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The diagram below shows rays traced from an object, reflected from a concave mirror, to where the image of the object is formed after
reflection.
The mirror equation derived in the lecture is
1 1
+
where dy and dy are the object and image distances and f is the focal length of the mirror of radius R.
Transcribed Image Text:Q: Hemispherical Concave Mirror Bookmark this page The diagram below shows rays traced from an object, reflected from a concave mirror, to where the image of the object is formed after reflection. The mirror equation derived in the lecture is 1 1 + where dy and dy are the object and image distances and f is the focal length of the mirror of radius R.
Mirror Radius and Focal Length
Ray trace an object placed at the center of hemispherical mirror and another placed at the focus of the same mirror.
Select the correct statements.
When the object distance is twice the focal length the image distance is twice the focal length.
Þ
When the object distance is half the focal length the image distance is twice the focal length
D Considering a hemispherical concave mirror, all rays leaving the focus later pass through the focus
Considering a hemispherical concave mirror, all rays leaving the focus later pass through the center of the hemisphere.
Considering a hemispherical concave mirror, all rays leaving the center of the hemisphere later pass through the focus.
Considering a hemispherical concave mitroc, all rays leaving the center of the hemisphere later pass through the center of the
hemisphere.
lased on the above correct selections 2/- R.
Based on the above correct selections f-2R.
SUBMIT
Transcribed Image Text:Mirror Radius and Focal Length Ray trace an object placed at the center of hemispherical mirror and another placed at the focus of the same mirror. Select the correct statements. When the object distance is twice the focal length the image distance is twice the focal length. Þ When the object distance is half the focal length the image distance is twice the focal length D Considering a hemispherical concave mirror, all rays leaving the focus later pass through the focus Considering a hemispherical concave mirror, all rays leaving the focus later pass through the center of the hemisphere. Considering a hemispherical concave mirror, all rays leaving the center of the hemisphere later pass through the focus. Considering a hemispherical concave mitroc, all rays leaving the center of the hemisphere later pass through the center of the hemisphere. lased on the above correct selections 2/- R. Based on the above correct selections f-2R. SUBMIT
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