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Q: Wavelength of light would you expect to be reflected or transmitted by chlorophyll a?
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How can sound waves be transmitted reflected and absorbed?

Yes, yes, and no. They can't be polarized, because their vibration is in the direction of their motion, not across it. But they also exhibit diffraction and dispersion ... almost everything you would expect from waves.


Where in the leaf would you expect to find cells with the most chlorophyll?

mesophyll


Which organelle would you expect to find in a animal cells but not plant calls?

The organelle you expect to find in a animal cell but not in a plant cells is the centriole.


Which of these waves would you expect to have the greatest wave speed?

a wave with long wavelength and high frequency.


When a sound wave passes from air into water do you expect the frequency wavelength to change?

The speed of the wave increases, the frequency remains constant and the wavelength increases. The angle of the wave also changes.


Would you expect any sexually mature plant to be an albino?

No, as chlorophyll reflects green light and is an essential pigment for plants.


Wavelength of a sound wave decreases so that it has a higher frequency Which characteristics would you also expect to change?

Pitch


Would you expect to find chloroplast in cells of a root?

Chloroplast is Only in Plant cells. It contains Chlorophyll. Plant Roots Do Contain Chloroplasts.


What substances would you find in dried lettuce?

List four substances you would expect to find in a dried sample of lettuce.


Which cells would you expect to have the most chloroplast?

The palisade cells of plants would contain the most chlorophyll. The palisades are the primary site of photosynthesis in the leaves.


Which part of a plant would you expect to find the most chloroplast and why?

The leaf because it is the major structure for photosynthesis in a plant.


What did you observe with the product of wavelength and frequency for each color?

Well, I wasn't actually there, so I didn't observe anything. But from my education and personal experience, I know that the product of the wavelength and frequency of any wave is the wave's speed. So I should expect that the product of wavelength and frequency for any color of light, and for that matter, any electromagnetic wave, is always the same number, and ought to always be very close to the speed of light in the medium in which you observed it, or would have observed it had you been there.