True, this is because they are too small to be studied as if they were an animal, plant, or geological formation such as a rock or crystal.
The amount of seawater that will be displaced would be 1.3274 x 
<h3>Density and volume</h3>
Density = mass/volume.
Since a floating object displaces its own weight, a 4247 tons ship will also displace the same amount of water.
4247 tons of seawater = 3.8528 x 
g
volume of 3.8528 x g seawater = mass/density = 3.8528 x g/1.025 = 3758829268.29 cubic centimeter.
3758829268.29 
= 132741.80 or 1.3274 x
More on density can be found here: brainly.com/question/15164682
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The amount of heat needed to vaporize the given amount of water is the product of the amount in grams and the latent heat of vaporization in cal per gram. That is,
H = (540 calories / gram)( 500 grams) = 270,000 cal
Thus, the heat needed is 270, 000 calories. The answer is letter C.
It’s D. they do have a survival advantage since they are darker.
Ribosomes<span> are connected to the ER membrane, which makes it “rough.” The Rough ER is connected to the nuclear envelope surrounding the nucleus as well.</span>
