<span>Alright.. this is what I have in mind... then you can judge if I'm totally crazy:
As in any other experiment we wish to only hold 1 variable, while other thinkable variables are held constant.
In addtion to that we need to ref. soil and call that 0.
Now some theory: We know from medicals they can have synergetic effect if mixed. Same can go for nutrients, we therefor test each soil mixed and alone and see the effect.
We call the nutrients A, B and C, (continue with more if you like)
Now this is our setups:
0, A, B, C, AB, AC, BC, ABC.
In this way we can make compare to a ref soil (0) and also check for synergetic effects... this is a bit considered a multivariable experiment, but we also have A, B and C as ref. against the mixed soils.</span>
Answer:
Explanation:
Gravity is an attractive force that acts on every particle of matter in the universe. The strength of the attraction depends on distance and mass however. If they're close enough, two particles of cosmic dust will gravitate toward each other. Meanwhile, the gravitational force of a planet will pull on objects much farther away.
Answer: A) greater than
Explanation:
Continental climates usually have a greater annual variation in temperature than coastal regions, meaning hot summers followed by cold winters. This happens because winds that blow overland prevail
in inland areas, and the temperatures are not decreased by nearby bodies of water. Coastal areas have a smaller range of temperature than continental land because of the ocean´s heat capacity.
The inclusions were most likely separated from their original rock layers during the magma intrusion.
An intrusion is a body of igneous (heated rock) rock that crystallized from molten magma. Gravity influences igneous rock placement by acting on density differences between magma and surrounding wall rocks (country or local rocks).
The inclusions were most likely separated from their original rock layers during the magma intrusion.
Learn more on magma
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