Concept Development Practice Page 29 2 - Refl ection and refraction 129. Six of our group are now arranged differently in front of the. The ray diagram below shows the refl ection of one of the rays. Draw a ray beginning at the fi sh’s eye to show the line of sight of the fi sh when it looks upward at 50° to the normal.
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Refl ection and refraction 129. Draw a ray beginning at the fi sh’s eye to show the line of sight of the fi sh when it looks upward at 50° to the normal. The ray diagram below shows the refl ection of one of the rays. Six of our group are now arranged differently in front of the.
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The ray diagram below shows the refl ection of one of the rays. Draw a ray beginning at the fi sh’s eye to show the line of sight of the fi sh when it looks upward at 50° to the normal. Refl ection and refraction 129. Six of our group are now arranged differently in front of the.
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Six of our group are now arranged differently in front of the. Draw a ray beginning at the fi sh’s eye to show the line of sight of the fi sh when it looks upward at 50° to the normal. The ray diagram below shows the refl ection of one of the rays. Refl ection and refraction 129.
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Refl ection and refraction 129. Six of our group are now arranged differently in front of the. Draw a ray beginning at the fi sh’s eye to show the line of sight of the fi sh when it looks upward at 50° to the normal. The ray diagram below shows the refl ection of one of the rays.
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Draw a ray beginning at the fi sh’s eye to show the line of sight of the fi sh when it looks upward at 50° to the normal. Six of our group are now arranged differently in front of the. Refl ection and refraction 129. The ray diagram below shows the refl ection of one of the rays.
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Draw a ray beginning at the fi sh’s eye to show the line of sight of the fi sh when it looks upward at 50° to the normal. The ray diagram below shows the refl ection of one of the rays. Six of our group are now arranged differently in front of the. Refl ection and refraction 129.
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The ray diagram below shows the refl ection of one of the rays. Refl ection and refraction 129. Six of our group are now arranged differently in front of the. Draw a ray beginning at the fi sh’s eye to show the line of sight of the fi sh when it looks upward at 50° to the normal.
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Six of our group are now arranged differently in front of the. The ray diagram below shows the refl ection of one of the rays. Refl ection and refraction 129. Draw a ray beginning at the fi sh’s eye to show the line of sight of the fi sh when it looks upward at 50° to the normal.
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The ray diagram below shows the refl ection of one of the rays. Six of our group are now arranged differently in front of the. Refl ection and refraction 129. Draw a ray beginning at the fi sh’s eye to show the line of sight of the fi sh when it looks upward at 50° to the normal.
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Six of our group are now arranged differently in front of the. The ray diagram below shows the refl ection of one of the rays. Refl ection and refraction 129. Draw a ray beginning at the fi sh’s eye to show the line of sight of the fi sh when it looks upward at 50° to the normal.
Draw a ray beginning at the fi sh’s eye to show the line of sight of the fi sh when it looks upward at 50° to the normal. The ray diagram below shows the refl ection of one of the rays. Refl ection and refraction 129. Six of our group are now arranged differently in front of the.