Answer:
45 g of the solid Tris will be dissolved in 2.5 liters of water.
Explanation:
Recall that:
<em>Number of moles = molarity x volume</em>
Hence, number of moles of Tris present in 2.5 liters, 150 mM solution:
= 150/1000 x 2.5 = 0.375 moles
Also, recall that:
<em>No of moles of substance = mass/molar mass.</em>
Hence, mass of 0.375 moles substance:
= no of moles of the substance x molar mass of the substance.
= 0.375 x 120 = 45 g.
Therefore, in order to prepare 2.5 liters, 150 mM of an aqueous solution of Tris, 45 g of the solid Tris will be dissolved in 2.5 liters of water.
The molecules that brings amino acids to the ribosomes are the tRNA molecules.
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During meiosis, the chromosomes segregate into <span>separate</span> and different gametes.
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The conclusion supported by the data is that as yeast produces more carbon dioxide, it releases less sugar into the environment.
<h3>How do yeasts work in fermentation?</h3>
Through fermentation, yeasts break down the glucose molecule to produce energy for your cell. In this process, carbon dioxide and alcohol are formed, favoring the production of products such as bread and alcoholic beverages.
Whit this information, we can conclude that the conclusion supported by the data is that as yeast produces more carbon dioxide, it releases less sugar into the environment.
Learn more about fermentation in brainly.com/question/13050729
