<h3>Answer:</h3>
36.70 amu
<h3>Solution:</h3>
Data Given:
Atomic Mass of ³⁵Cl = 34.9700 amu
Natural Abundance of ³⁵Cl = 13.85 %
Atomic Mass of ³⁷Cl = 36.9700 amu
Natural Abundance of ³⁷Cl = 86.15 %
Formula Used:
Average Atomic Mass = [(Atomic Mass of ³⁵Cl × Natural Abundance of ³⁵Cl) + (Atomic Mass of ³⁷Cl × Natural Abundance of ³⁷Cl)] ÷ 100
Putting values,
Average Atomic Mass = [(34.9700 × 13.85) + (36.9700 × 86.15)] ÷ 100
Average Atomic Mass = [(484.3345) + (3184.9655)] ÷ 100
Average Atomic Mass = 3669.3 ÷ 100
Average Atomic Mass = 36.70 amu
Explanation:
There are non-polar side chains also present in alanine. And, these non-polar side chains are involved in some hydrophobic interactions in active sideand then it changes into polar amino acid glutamate that will destroy the hydrophobic interaction.
Whereas in glycine there is only hydrogen present in the side chain therefore, it will not affect much.
Answer:
im pretty sure its the second one
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The best example of how electromagnetic energy is used in everyday life is <span>a patient receiving an X-ray in a hospital</span>
Answer:
This is very easy Cuz We have 2Na2O We have O2 so thats molecule of Oxygen and its same on product We need to balance Na on start We have 1 on product We have 2 so Just put 2 at start....
Explanation:
Sorry for bad english not my first language :(
2Na+O2-->2Na20
