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Amazon NYS DMV - My DMV Question 16 of 190 FINAL - Science 14 udemy Observing rainbows NYC HEALTH +HOS... Rainbows are caused by the reflection and diffraction of sunlight by raindrops. The brightness and purity of the colors depend on the size and uniformity of the raindrops. LaGuardia VIP (Log... When observing a rainbow, the sun is always at your back. Because most showers move from west to east, a rainbow in the morning means the shower is approaching; a rainbow in the evening means showers are departing. A According to the information provided, what conclusion can be drawn about rainbows? A. A rainbow always occurs at the end of a powerful storm.

Amazon NYS DMV - My DMV Question 16 of 190 FINAL - Science 14 udemy Observing rainbows NYC HEALTH +HOS... Rainbows are caused by the reflection and diffraction of sunlight by raindrops. The brightness and purity of the colors depend on the size and uniformity of the raindrops. LaGuardia VIP (Log... When observing a rainbow, the sun is always at your back. Because most showers move from west to east, a rainbow in the morning means the shower is approaching; a rainbow in the evening means showers are departing. A According to the information provided, what conclusion can be drawn about rainbows? A. A rainbow always occurs at the end of a powerful storm.

Applications and Investigations in Earth Science (9th Edition)
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
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**Rainbows: Formation and Observation** Rainbows are formed by the reflection and diffraction of sunlight by raindrops. The brightness and purity of the colors in a rainbow depend on the size and uniformity of the raindrops. **Diagram Explanation:** The diagram illustrates the process of sunlight interacting with a raindrop, showing how light is reflected and refracted to create a rainbow. **Observing Rainbows:** When observing a rainbow, the sun is always at your back. Typically, showers move from west to east, so seeing a rainbow in the morning indicates that a shower is approaching, while spotting one in the evening suggests that the showers are departing. **Question:** Based on this information, what conclusion can be drawn about rainbows? - A. A rainbow always occurs at the end of a powerful storm. (Note: The question suggests evaluating which conditions are associated with rainbow occurrences.)
Transcribed Image Text:**Rainbows: Formation and Observation** Rainbows are formed by the reflection and diffraction of sunlight by raindrops. The brightness and purity of the colors in a rainbow depend on the size and uniformity of the raindrops. **Diagram Explanation:** The diagram illustrates the process of sunlight interacting with a raindrop, showing how light is reflected and refracted to create a rainbow. **Observing Rainbows:** When observing a rainbow, the sun is always at your back. Typically, showers move from west to east, so seeing a rainbow in the morning indicates that a shower is approaching, while spotting one in the evening suggests that the showers are departing. **Question:** Based on this information, what conclusion can be drawn about rainbows? - A. A rainbow always occurs at the end of a powerful storm. (Note: The question suggests evaluating which conditions are associated with rainbow occurrences.)
**Observing Rainbows** When observing a rainbow, the sun is always at your back. Because most showers move from west to east, a rainbow in the morning means the shower is approaching; a rainbow in the evening means showers are departing. **Question:** According to the information provided, what conclusion can be drawn about rainbows? - A. A rainbow always occurs at the end of a powerful storm. - B. Refraction, reflection, and diffraction of light are essential in the formation of a rainbow. - C. The absorption and retention of light make up the first stage in the creation of a rainbow. - D. A rainbow usually occurs when the sun is setting. - E. All rainbows are equal in color intensity and dimension. **Question 17 of 190** *FINAL - Science*
Transcribed Image Text:**Observing Rainbows** When observing a rainbow, the sun is always at your back. Because most showers move from west to east, a rainbow in the morning means the shower is approaching; a rainbow in the evening means showers are departing. **Question:** According to the information provided, what conclusion can be drawn about rainbows? - A. A rainbow always occurs at the end of a powerful storm. - B. Refraction, reflection, and diffraction of light are essential in the formation of a rainbow. - C. The absorption and retention of light make up the first stage in the creation of a rainbow. - D. A rainbow usually occurs when the sun is setting. - E. All rainbows are equal in color intensity and dimension. **Question 17 of 190** *FINAL - Science*
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