What best describes white light as it travels through a prism? Check all that apply. The light slows down. The light bends in th
e prism. Light reflects off of the surface of the prism. The speed of light in the prism is 3.0 × 108 m/s. The white light breaks into its component colors.
The best statements that describe white light as it travels through a prism are: <span>1. The light slows down. 2. The light bends in the prism. 3. Light reflects off of the surface of the prism. 4. The white light breaks into its component colors. Hope this helps!</span>
Answer: When the white light travels through a prism then:
The light slows down.
The white light breaks into its component colors.
The light bends in the prism.
Explanation:
When the white light incidents on the surface of the prism then the light will undergo refraction due to the change in the speed of the light. The light will get refracted. The white light will get split into its components of seven colors.
The light ray bends towards the normal while it travels from rarer to the denser medium.
The light ray bends away from the normal while it travels from denser medium to rarer medium.
The white light travels at the speed of 3.0 × 10^8 m/s in vacuum. When it enters the prism then its speed will get slow down.
A meteorologist would predict dust storm most likely. Before dust storm the air condition and air pressure reduces in the particular area which indicate towards a dust storm. As pressure of a region reduces the air of the neighboring area try to maintain that pressure and rush towards low pressure area and causes dust storm.
The statement is true because According to Schrödinger it's not possible to get the exact position of where an electron is located. However, he showed from an equation that we can at determine the most likely area where an electron will be and he said they are most likely to be in the most dense area of the clouds.
