Exercise
Prisms, Dispersion, and Rainbows
In this engaging exercise, students will explore the fascinating world of light by experimenting with prisms to observe dispersion and create their own rainbows, enhancing their understanding of refraction and color theory through hands-on activities and creative demonstrations.
Questions
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MultiChoice
What is the separation of white light into its spectrum of colors called?
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MultiChoice
Why does a glass prism split white light into a rainbow spectrum?
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MultiChoice
Which color of light bends (refracts) the most when passing through a prism?
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MultiChoice
Which color of light bends (refracts) the least when passing through a prism?
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MultiChoice
What natural objects act like tiny prisms in the sky to form a rainbow?
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MultiChoice
Which combination of light behaviors forms a natural rainbow in raindrops?
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MultiChoice
Which color appears on the outer top edge of a primary rainbow?
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MultiChoice
Which color appears on the inner bottom edge of a primary rainbow?
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MultiChoice
What happens when dispersed spectrum light passes through an inverted second glass prism?
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MultiChoice
Which scientist famously demonstrated that white light is composed of multiple colors using prisms?
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MultiChoice
Why does violet light bend more than red light in glass?
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MultiChoice
What does the visible light spectrum look like when white light is dispersed?