True or false?4 pointstrue falseThe device in the picture is called a prism. White light consists of lights of different colors. The range of colors is called the spectrum. Different colored lights have the same wavelength. The device in the picture is called a prism. White light consists of lights of different colors. The range of colors is called the spectrum. Different colored lights have the same wavelength.
Question
True or false?4 pointstrue falseThe device in the picture is called a prism. White light consists of lights of different colors. The range of colors is called the spectrum. Different colored lights have the same wavelength. The device in the picture is called a prism. White light consists of lights of different colors. The range of colors is called the spectrum. Different colored lights have the same wavelength.
Solution
The text you provided seems to be a set of true or false questions, but there is no picture provided for the first question. However, I can answer the rest of the questions:
- The device in the picture is called a prism. - I can't answer this without a picture.
- White light consists of lights of different colors. - True
- The range of colors is called the spectrum. - True
- Different colored lights have the same wavelength. - False, different colors of light have different wavelengths.
Similar Questions
The splitting of white light into different colours on passing through a prism is called
When two colors appear to be the same under one light source but not under another light source.Group of answer choicesTertiaryColor TemperatureFull spectrum lightMetamerism
This object can be used to separate white light into the colors of the spectrum. Group of answer choicescolor chartelectromagnetcolor wheelprismmicroscope
When white light passes through the achromatic combination of prisms, then what is observed
A monochromatic (single frequency, single wavelength) light ray in air (n = 1) enters a glass prism (n = 1.5). In the glass prismGroup of answer choicesboth the frequency and the wavelength are the same as in airthe frequency is the same, but the wavelength is greater than in air.the frequency is the same, but the wavelength is smaller than in air.the wavelength is the same, but the frequency is greater than in air.the wavelength is the same, but the frequency is smaller than in air.
Upgrade your grade with Knowee
Get personalized homework help. Review tough concepts in more detail, or go deeper into your topic by exploring other relevant questions.