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manya12Lv1
13 Jun 2021
STEP 3 Since the image distance is negative, that is, q < 0, the image is virtual, located at a distance |q| behind the mirror. Therefore, the magnification M is M = − q p = − −25.9 cm 1110 cm = +0.023
0.0234
.(b) Since M > 0, the image is upright
upright
. Step 3 (c) In the previous step, we found the magnification M of the image. This magnification means that the image is
Enter a number. times the size of the object.
STEP 3 Since the image distance is negative, that is, q < 0, the image is virtual, located at a distance |q| behind the mirror. Therefore, the magnification M is M = − q p = − −25.9 cm 1110 cm = +0.023
0.0234
.(b) Since M > 0, the image is upright
upright
. Step 3 (c) In the previous step, we found the magnification M of the image. This magnification means that the image is
Enter a number. times the size of the object.
1
answer
1
watching
180
views
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