Answer:
As defined by the genetic code, the amino acids include:
- Glycine: encoded by GGC, GGA, and GGG codons
- Arginine: encoded by AGA and AGG codons
- Lysine: encoded by AAA and AAG codons
- Glutamic acid: represented by GAA and GAG codons
Explanation:
The likelihood of observing an amino acid comprised of Glutamic acid in the coding sequence stands at 2/9 for each codon
Answer:
1) I begin as a carbon molecule present in the atmosphere
2) I am absorbed by trees during photosynthesis
3) carbon is incorporated into decomposed organisms
4) next, it enters deceased organisms and waste buried in the ground
5) millions of years later, it becomes fossilized
6) fossil fuels utilized by factories then release carbon dioxide back into the atmosphere (returning to starting point
if you want the entire cycle then..
7) utilized again by a tree
8) released as organic carbon (some)
9) a tree leaf is consumed by an animal, which then expels carbon either by respiration or after it dies
The statement is confirmed true as the prosthetic group is found in multiple parts of the electron transport chain, particularly in complexes one, two, and three, where iron sulfur clusters are included.
Response:
Fat
Clarification:
Fat consists of the highest energy-storing chemical bonds.
Answer:
Saturated fats/ solid fats
Explanation:
Unsaturated vegetable oils remain in liquid form at room temperature, while saturated oils are typically solid or spreadable at the same temperature.
Hydrogenation occurs industrially for vegetable oils; this process adds hydrogen to unsaturated compounds, converting them into saturated fats, resulting in them becoming solids, often referred to as cis-fatty acids.
Additionally, trans-fatty acids are also unsaturated oils that are hydrogenated to create saturated fatty acids, commonly recognized as artificial trans fats, prevalent in various baked and fried products.
