Question

i saw red, orange, blank, green, blue, blank, and violet colors on the paper. they appear because the prism blank the light from the flashlight, splitting it into different colors. each color has a different blank, and the prism separates them based on these differences. red has the blank wavelength, but the blank frequency and energy, while violet has the blank wavelength and the blank frequency and energy.
options: yellow, indigo, white, bends, absorbs, wavelength, highest, lowest, long, shortest

Explanation:

1. First blank (after orange): The visible light spectrum order is red, orange, yellow, green, blue... So yellow fits.
2. Second blank (after blue): The spectrum order after blue is indigo before violet.
3. Third blank (prism action): A prism bends light to disperse it into colors (refraction), not absorb.
4. Fourth blank (color property): Each color has a different wavelength (and frequency/energy), which determines dispersion.
5. Fifth blank (red's wavelength): Red has the longest wavelength in visible light.
6. Sixth blank (red's frequency/energy): Since wavelength and frequency are inversely related ($c = \lambda

u$), longest wavelength means lowest frequency/energy for red.

1. Seventh blank (violet's wavelength): Violet has the shortest wavelength (opposite of red).
2. Eighth blank (violet's frequency/energy): Shortest wavelength means highest frequency/energy (inverse relation).

Answer:

1. yellow
2. indigo
3. bends
4. wavelength
5. longest
6. lowest
7. shortest
8. highest