Bold substance in 602

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Aug 6th, 2022
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How to bold substance in 602

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all right so it turns out instead of using hbr for both primary and secondary alcohols thereamp;#39;s an alternative and thatamp;#39;s using pbr3 here in this case itamp;#39;s only works for primary technicals because it goes through an sn2 mechanism and you canamp;#39;t do sn2 on a tertiary carbon so thatamp;#39;s why you canamp;#39;t use this with tertiary alcohols but for primary and secondary alcohols itamp;#39;s a great alternative and in this case it always goes sn2 thereamp;#39;s no of this debate as a test and one or is it sn2 itamp;#39;s always sn2 and in this case being sn2 if it happens at a chiral center you do have to worry about inversion of configuration as Iamp;#39;ve got diagrammed right here letamp;#39;s kind of take a look at how the mechanism works here so first step as your alcohols gonna come and attack phosphorus causing one of the bro means to leave so your phosphorus is still domina - bro means and then you still have another bromide ion now floating

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Some serious long-term consequences of adolescent drug and alcohol include: Poor academic performance. Psychosocial problems (forming relationships with others, having a healthy self-concept) Neurocognitive deficits (trouble remembering, interacting with others)
Explanation: 1 mole of carbon dioxide consist of 6.023 x10^23 molecules. Hence 5 mole of carbon dioxide consists of 3.01 x10^24 molecules.
Expert-Verified Answer 1.20 10⁵ Molecules of H₂O are formed if 5.0 moles of C3H8 react.
If your teens brain is affected long-term because of repeated drug use, they may have a hard time solving problems. They will also struggle to remember things, and their emotional development will be impaired. They may also struggle with motivation, and could even become disruptive and violent.
For each molecule of glucose produced: 6 water water molecules are oxidized, and become the source of electrons for carbon dioxide reduction. 6 molecules of carbon dioxide are required, one for each carbon atom in glucose. 6 molecules of oxygen are produced as a by product of water oxidation.
Final answer: The equation represents a chemical reaction with 6 molecules of CO2, 18 atoms of oxygen, and 6 atoms of carbon present in the reactants.
Hence only 5 molecules of Carbon dioxide will be produced.

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