How to do this PHET simulation?

Link: https://phet.colorado.edu/sims/html/color-vision/latest/color-vision_en.html

Name: Color Simulation Go to the simulation found at: ( https://phet.colorado.edu/sims/html/color-vision/latest/color- vision en.html ) Select single bulb option. 1. Select the white light ().and particle mode ().. What is the white light made up of? A limbrobin of different colors and leeks !: 2. Turn on filters with the switch (CO). Describe what happens to the white light as it passes through the filter. The rainbow cular turns into only yetter a. Explain why there is a difference between the brightness of the light hitting the person's eyes compared to the light leaving the bulb. (use observations from the simulation, to make your point) between the brightring b. How do filters "change" the color of the light? (use observations from the simulation to make your point) light fill it chage the alex and minus see your instead of white. 3. Designers of color filters for theatres often make purple filters that allow red and blue light to pass through rather than just the violet light. Based on the points made in question 2, why do you think that's the case? 4. Change back to the color bulb and turn off the filter. Adjust the bulb's color to one end of the spectrum, and then the other end. Why are the ends of the spectrum hard to for us to see? 5. Set the bulb to a green color. Turn the filter back on. Slowly adjust the filter color by sliding the control. a. Why does no light pass through the filter for most of the spectrum? b. Set up the filter so only a small amount of the green light passes through. Why do you think this possible? 6. How do you think those blue-blocker glasses work? 105 8 vino flyLight basic questions: 7. Explain what each of the particles in this simulation represent. 8. How fast (in m/s) are these particles moving? 9. A bulb is colored blue. Using your reference tables what is a possible frequency for this color? 10. What color of light would a bulb be if it had a frequency 4.90x1014 Hz? 11. My laser has wavelength of 532 nm listed on it. Find: a. The wavelength in meters: b. The frequency (show work below): c. The color: At the bottom of the app, change to RGB Bulbs. RGB Bulbs 12. How do you create white light using the 3 bulbs? 13. Find the percent of Red, Green, and Blue used to make the following colors (estimate to the nearest 10%): Color % Red % Blue % Green Purple Cyan Orange Yellow Light Green Brown Grey 14. Try to make the color of normal light bulbs. What color is least used by a standard light bulb? 15. Color TVs have pixels with only 3 colors (RGB). How is it possible for our TVs to make any color