Answer:
The gods can be generous and supportive, and also devastating and destructive to any group of humans. Mortals must respect the powers above them that cannot be controlled. The gods rule over destiny, nature, and justice, and need to be recognized and worshipped for the powerful beings as they are.
Explanation:
The best way to reduce risk is to train yourself to always drive cautiously.
<span>As a cautious driver, you must always understand and abide by all traffic laws, maintain your car in proper working order, adjust your driving to current weather and environmental conditions, remain constantly aware of other drivers on the road, and make sure any driving maneuver you begin can be completed safely.</span>
Answer:
The trace gases gases such as carbon dioxide, water vapor, ozone, and methane, as well as the manmade chlorofluorocarbons (CFC's), are all also categorized as "greenhouse gases." This is because each one of them has the ability to affect Earth's energy balance and change the temperature at the surface and in the air
Explanation:
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While Japanese Americans were being forced to abandon the lives they'd built on the West Coast, African Americans were in the midst of the Great Migration<span> out of the South. During the war, many Black migrants set their sites on the West Coast, where labor shortages in the defense industry brought new employment opportunities. Vacated Japanese American neighborhoods provided space for these new arrivals to establish themselves, but the process of putting down roots did not come easy.</span>
Disulfide bridges can be found in tertiary and quaternary structure levels of protein organization.
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What does a disulfide bridge in a protein do and what is its function?</h3><h3>
</h3>
Disulfide bonds or S-S bonds are other names for disulfide bridges. The establishment of these covalent bonds, which are formed between the sulfur atoms of two cysteine amino acids, stabilizes the tertiary and higher-order structure of proteins.
A frequent method utilized by nature to stabilize many proteins is the formation of disulfide bridges. These disulfide linkages are frequently observed in extracellular proteins that cells produce. The endoplasmic reticulum, an organelle, is where disulfide bridges are formed in eukaryotic species. When numerous proteins enter the secretory route for folding, disulfide linkages are formed between cysteine residues.
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