To receive a the student must show level mastery on ALL Essential Outcomes ‘B’, ‘B’ (TSWs). To receive an the student must show level mastery on 3 of 4 level ‘A’, ‘A’ ‘A’ TSWs and level mastery on all TSWs. ‘B’ The Student Will Level Level Comments ‘A’ ‘B’ The Student Will I can explain the explain the basics of basics of how a how a pinhole pinhole camera works. camera works. TSW compare and I can compare and I can compare and contrast a camera to contrast a camera’s contrast a camera to the human eye. function to the the human eye. function of other eyes found in the animal kingdom. TSW diagram and I can model different I can diagram and trace the path of light aperture size openings trace the path of light through a camera to and trace the light path through a camera to see how light rays and simulate how that see how light rays travel in straight affects the image in travel in straight lines lines are flipped the camera. are flipped inside the inside the camera. camera. TSW measure the I can use multiple I can measure the methods to measure aperture (pinhole aperture (pinhole the pinhole aperture diameter). diameter). and determine the most reliable and precise measurement. TSW calculate the I can calculate the focal length due to focal length due to the the aperture aperture diameter. diameter. TSW construct a I can analyze and I can construct a make adjustments and camera obscura. camera obscura. improvements of my camera obscura.
To receive a ‘B’, the student must show ‘B’ level mastery on ALL Essential Outcomes (TSWs). To receive an ‘A’, the student must show ‘A’ level mastery on 3 of 4 ‘A’ level TSWs and ‘B’ level mastery on all TSWs. The Student Will ‘A’ Level ‘B’ Level Comments The Student Will explain the basics of how a pinhole camera works. I can explain the basics of how a pinhole camera works. TSW compare and contrast a camera to the human eye. I can compare and contrast a camera’s function to the function of other eyes found in the animal kingdom. I can compare and contrast a camera to the human eye. TSW diagram and trace the path of light through a camera to see how light rays travel in straight lines are flipped inside the camera. I can model different aperture size openings and trace the light path and simulate how that affects the image in the camera. I can diagram and trace the path of light through a camera to see how light rays travel in straight lines are flipped inside the camera. TSW measure the aperture (pinhole diameter). I can use multiple methods to measure the pinhole aperture and determine the most reliable and precise measurement. I can measure the aperture (pinhole diameter). TSW calculate the focal length due to the aperture diameter. I can calculate the focal length due to the aperture diameter. TSW construct a camera obscura. I can analyze and make adjustments and improvements of my camera obscura. I can construct a camera obscura.