Igneous (because of the lava), metamorphic (because of the pressure and heat), sedimentary (because of the erosion) is the correct order for rock cycle.
The rock cycle is a fundamental concept in geology that outlines the various transitions that take place between the three primary types of rocks throughout the course of geologic time. These rock types include sedimentary, metamorphic, and igneous. When a certain rock type is disrupted from its equilibrium circumstances, it undergoes transformation.
Sedimentary rock, igneous rock, and metamorphic rock are the three primary categories of rocks. The rock cycle is comprised of a series of physical processes, including melting, cooling, eroding, compacting, and deforming, each of which is responsible for the formation of a certain type of rock.
Learn more about rock cycles, here:
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-The Sun comes closer to Earth and increases its pull.
-The Moon comes closer to Earth and increases its pull.
-The Sun combines its gravitational force with that of the Moon on Earth.
B) Bacteria can be treated with antibiotics, viruses cannot.
C) Vaccinations provide immunity from viruses, but not bacteria.
D) Vaccinations provide immunity from bacteria, but not viruses.
Answer:
That is correct on USATestPrep
Explanation:
Bacteria can be treated with antibiotics, viruses cannot.
Antibiotics won't treat viral infections because they can't kill viruses. Viruses are not living and depend on a host cell to provide the machinery for reproduction.
B) Bacteria can be treated with antibiotics, viruses cannot.
Antibiotics have no target when dealing with viruses. Antibiotics work on bacteria because it targets the growth machinery in bacteria. Viruses are found inside a human cell and reproduce by inserting their DNA into a human cell. There are antivirals and vaccines out there for viruses. Our body’s immune system fights against viruses with antibodies!
B. Homologouns
C. Abnormal
D. Haploid
The answer is Increased crop production.
Answer:Equilibration buffer provides a condition to ensure that the target molecules interact effectively with the ligand and are retained by the affinity medium as all other molecules wash through the column.So the buffer pH and ionic strength at optimal condition are responsible for this ligand-molecule interaction.I hope this will help you.