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Light Learning Targets. I can calculate the illumination or luminous flux given a radius or distance. I know what the terms illumination and luminous.

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Presentation on theme: "Light Learning Targets. I can calculate the illumination or luminous flux given a radius or distance. I know what the terms illumination and luminous."— Presentation transcript:

1 Light Learning Targets

2 I can calculate the illumination or luminous flux given a radius or distance. I know what the terms illumination and luminous flux mean. I know the possible labels for illumination and luminous flux. Light

3 I know about light through different mediums. I know the speed of light. I can identify examples of transparent, translucent and opaque. I can recognize the parts of the electromagnetic spectrum Light

4 Colors and pigment I know the primary colors of light and pigment. I know the secondary colors of light and pigment. I know the complementary colors of light and pigment.

5 Colors and pigment I can calculate the illumination or luminous flux given a radius or distance. I know what term illumination and luminous flux mean. I know the possible labels for illumination and luminous flux.

6 Answers to page 452 42) Black does not reflect any light. 43) Yellow-green (550 nm) is easiest to spot. 44) Yellow light will show yellow paint better. 45) Diminish by an inverse squared factor. 46) Will not change, the lamp stays the same. 49) Yellow, add colors of light. 50) Black, subtract pigment colors. 51) Mix just the cyan and magenta.

7 Mirrors I can draw reflected ray diagrams using angle of incidence = angle of reflection. I know the terms: principal axis, concave, convex, focal length, focal pt., geometric center, inverted, converge, diverge, real image, virtual image, spherical aberration and chromatic aberration.

8 I know how rays of light reflect (ie, light parallel to the principle axis and light through the focal point) I can create a ray diagram. Given an object and a mirror I can fully describe the image Fully describe—real/virtual, relative size, relative location, upright/inverted

9 I can calculate the image distance given focal length and distance from mirror. I can calculate heights and distances given magnifications I know mathematically how focal length and center of curvature are related.

10 Exit papers 1) Name one physics topic you learned today. 2) Name another you learned or improved on today. 3) Tell me the topics, covered today, that you may need to see more of.

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