Answer:
Due to increase red blood cells.
Explanation:
High-altitude training helps athletes to improve their performance at lower altitude because high altitude increases the concentration of red blood cells in the blood. Due to training on high-altitude, the concentration of red blood cell increases in the blood which also increases the consumption of oxygen so when the athletes perform at lower altitude, the more amount of red blood cells in the blood provides natural boost to the muscle due to consumption of more oxygen by the muscle cells.
Answer:
carbon dioxide
Explanation:
At end of glycolysis, two pyruvate molecules are formed which contain lots of energy that can be extracted by further processes.
<u>Oxidation of pyruvate converts pyruvate which is a molecule with three carbons into acetyl CoA which is a two-carbon molecule which is attached to Coenzyme with the production of NADH and one carbon dioxide molecule is released in the oxidation process.</u>
Acetyl CoA further acts as a fuel for citric acid cycle in next stage of cellular respiration.
<u>Pyruvate + Coenzyme A + NAD⁺ ⇒ acetyl CoA + CO₂ + NADH + H⁺</u>
Answer:
D. Because you get the same number of chromosomes from both parents
Explanation:
Answer:
gg
Explanation:
Not 50 pts but... recessive usually means it's the tiny letters.
Dominant traits have capital letter GG or Gg, so the dominant trait is going to show as the phenotype.
