The correct answer is this one: "C) Nnew = Nold + 2." A student is studying a process in which a diploid cell becomes haploid. The CORRECT mathematical model for the process if Nnew is the number of chromosomes in the haploid cell and Nold is the number of chromosomes in the diploid cell is this: <span>new = Nold + 2
</span>
Here are the choices.
<span>A)
Nnew = 2·Nold
B)
Nnew =
Nold
2
C)
Nnew = Nold + 2
D)
Nnew = Nold × 2</span>
Oxygen and glucose are both reactants in the process of cellular respiration. The main product of cellular respiration is ATP; waste products include carbon dioxide and water.
Answer:
False
Explanation:
The sugars on the basis of the number of glucose or sugar units can be categorized into two categories:
1. Simple sugars: The sugars which contain one or two sugar units called mono and disaccharides.
2. Complex sugars: The sugars which contain more than two sugar units are complex sugars.
The simple sugars like glucose, galactose are easily digested by the digestive system of the human body and easily absorbed by the cells.
Since the simple sugars or simple sugars are small in their structure compared to the complex carbohydrates therefore false is the correct answer.
The answer is B) These illustrations show the progressive development of the forelimb in a species over time. One example of how life has changed over time.
True The second law of thermodynamics is broken when a fertilised egg grows into a sophisticated adult organism. The second law of thermodynamics is broken when a fertilised egg grows into a sophisticated adult organism.
<h3>What does chemistry's second law of thermodynamics say?</h3>
According to the second rule of thermodynamics, processes and chemical reactions only take place if and only if they cause an increase in entropy in the universe that is higher than or equal to zero.
<h3>Do cells fall under the second rule of thermodynamics?</h3>
No Closed systems fall under the purest application of the Second Law of Thermodynamics. Closed systems cannot exist in living systems; otherwise, they are not living.
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