When light hits an object, some of the light's wavelengths are reflected off the object, while others are absorbed. The wavelengths that an object reflects create what we perceive as that object's color. For example, imagine a shirt that absorbs all wavelengths of light except green. Only green wavelengths of light are reflected from the object; therefore, we perceive the shirt's fabric as being green. Now imagine another shirt that absorbs all wavelengths of light, reflecting none of them back. The absorption of all light wavelengths will result in a shirt that appears black. Finally, imagine a shirt that doesn't absorb any wavelengths of light, reflecting all of them. This shirt will appear white, the result of the combination of all colors in the color spectrum.Directions: Match causes with their effects.(1 point)Put responses in the correct input to answer the question. Select a response, navigate to the desired input and insert the response. Responses can be selected and inserted using the space bar, enter key, left mouse button or touchpad. Responses can also be moved by dragging with a mouse.Cause: The shirt reflects all light wavelengths.Effect: The shirt appears black.Cause: The shirt absorbs all light wavelengths except green.The shirt absorbs all light wavelengths.The shirt appears green.The shirt appears whit

Answer 1

Here are the corrected pairs of causes and effects:

1. Cause: The shirt reflects all light wavelengths.
   Effect: The shirt appears white.

2. Cause: The shirt absorbs all light wavelengths except green.
   Effect: The shirt appears green.

3. Cause: The shirt absorbs all light wavelengths.
   Effect: The shirt appears black.