Answer:
you would have to apply both of the low and high pressure together to make something?
Explanation:
Answer:
the answer is 4 hope this helps
Tyr is the answer im pretty sure at least
Answer:
The seperation of chromosomes won't be possible.
Explanation:
The metaphase and anaphase are stages in cell division other stages are interphase, prophase, and telophase.
The metaphase stages has to do with the alignment of chromosomes in what is known as mitosis while the anaphase stage deals with the sister chromatids seperation. After the seperation the sister chromatids move towards the opposite poles.
From what we have in the question, the cells won't be able to divide because the chromosomes that would turn to chromatids which in turn goes into the daughter cells won't be able to undergo the seperation.
The balanced chemical equation is :
5P₄ + 36OH → 12HPO₃⁻² (aq) + 8PH₃ (acidic)
Here the oxidation number of P changed from 0 to -3 in PH₃ and increases from 0 to +3 in HPO₃⁻². When P₄ changes to PH₃ reduction reaction is taking place as there is addition of hydrogen and when P₄ changes to HPO₃⁻² oxidation takes place as there is addition of oxygen.
Thus clearly both reduction and oxidation are taking place.
Thus, we can infer that here P₄ is both oxidizing as well as reducing agent.
To know more about oxidation number here:
brainly.com/question/13182308
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