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Activity 2. LIGHT through a SPOON Materials: 1. Silver or metal spoon 2. Make up mirror or any mirror use at home Procedure: 1. Before starting with the procedure, please turn to page 19 of this module so that you can read and be aware of the science safety rules. 2. Try looking at a silver or metal spoon. Observe your image using the inside portion of the spoon as well as the looking at the outside portion of the spoon. 3. Try looking at yourself through a makeup mirror or any mirror at home. 4. Consider the following questions: A. What do you see? B. What are your observations? 5. Write your observations using Activity Sheet 2 matrix in your science notebooks. Activity Sheet 2 CONCAVE & CONVEX LENSES Description of Reflected Image ΤΕXT ΙTEM Classification (Convex / Concave) Inside of Spoon Outside of Spoon Makeup Mirror Unlike light rays hitting a flat mirror, parallel light rays reflecting off a curved mirror do not move in the same direction. A convex mirror is curved outward, like the bottom of a spoon. In a convex mirror, parallel light rays move away from each other, as you can see in the diagram below on the left. A concave mirror is curved inward toward the center, like the inside of a spoon. Parallel light rays reflecting off a concave mirror move toward each other, as shown on the right. See Figure 1 below.

Activity 2. LIGHT through a SPOON Materials: 1. Silver or metal spoon 2. Make up mirror or any mirror use at home Procedure: 1. Before starting with the procedure, please turn to page 19 of this module so that you can read and be aware of the science safety rules. 2. Try looking at a silver or metal spoon. Observe your image using the inside portion of the spoon as well as the looking at the outside portion of the spoon. 3. Try looking at yourself through a makeup mirror or any mirror at home. 4. Consider the following questions: A. What do you see? B. What are your observations? 5. Write your observations using Activity Sheet 2 matrix in your science notebooks. Activity Sheet 2 CONCAVE & CONVEX LENSES Description of Reflected Image ΤΕXT ΙTEM Classification (Convex / Concave) Inside of Spoon Outside of Spoon Makeup Mirror Unlike light rays hitting a flat mirror, parallel light rays reflecting off a curved mirror do not move in the same direction. A convex mirror is curved outward, like the bottom of a spoon. In a convex mirror, parallel light rays move away from each other, as you can see in the diagram below on the left. A concave mirror is curved inward toward the center, like the inside of a spoon. Parallel light rays reflecting off a concave mirror move toward each other, as shown on the right. See Figure 1 below.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Activity 2. LIGHT through a SPOON Materials: 1. Silver or metal spoon 2. Make up mirror or any mirror use at home Procedure: 1. Before starting with the procedure, please turn to page 19 of this module so that you can read and be aware of the science safety rules. 2. Try looking at a silver or metal spoon. Observe your image using the inside portion of the spoon as well as the looking at the outside portion of the spoon. 3. Try looking at yourself through a makeup mirror or any mirror at home. 4. Consider the following questions: A. What do you see? B. What are your observations? 5. Write your observations using Activity Sheet 2 matrix in your science notebooks. Activity Sheet 2 CONCAVE & CONVEX LENSES Description of Reflected Image ΤΕXT ΙTEM Classification (Convex / Concave) Inside of Spoon Outside of Spoon Makeup Mirror Unlike light rays hitting a flat mirror, parallel light rays reflecting off a curved mirror do not move in the same direction. A convex mirror is curved outward, like the bottom of a spoon. In a convex mirror, parallel light rays move away from each other, as you can see in the diagram below on the left. A concave mirror is curved inward toward the center, like the inside of a spoon. Parallel light rays reflecting off a concave mirror move toward each other, as shown on the right. See Figure 1 below.
Transcribed Image Text:Activity 2. LIGHT through a SPOON Materials: 1. Silver or metal spoon 2. Make up mirror or any mirror use at home Procedure: 1. Before starting with the procedure, please turn to page 19 of this module so that you can read and be aware of the science safety rules. 2. Try looking at a silver or metal spoon. Observe your image using the inside portion of the spoon as well as the looking at the outside portion of the spoon. 3. Try looking at yourself through a makeup mirror or any mirror at home. 4. Consider the following questions: A. What do you see? B. What are your observations? 5. Write your observations using Activity Sheet 2 matrix in your science notebooks. Activity Sheet 2 CONCAVE & CONVEX LENSES Description of Reflected Image ΤΕXT ΙTEM Classification (Convex / Concave) Inside of Spoon Outside of Spoon Makeup Mirror Unlike light rays hitting a flat mirror, parallel light rays reflecting off a curved mirror do not move in the same direction. A convex mirror is curved outward, like the bottom of a spoon. In a convex mirror, parallel light rays move away from each other, as you can see in the diagram below on the left. A concave mirror is curved inward toward the center, like the inside of a spoon. Parallel light rays reflecting off a concave mirror move toward each other, as shown on the right. See Figure 1 below.
Convex Mirror Concave Mirror focal point light rays **Image taken from classzone.com Figure 1. Convex & concave sides of a spoon.
Transcribed Image Text:Convex Mirror Concave Mirror focal point light rays **Image taken from classzone.com Figure 1. Convex & concave sides of a spoon.
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