Surviving a situation can be easier than we think. Of course, we are not referring to the survival of major catastrophes and disasters, which we have no control over. However, during our life we must face battles that can be great challenges.
In "from Deep Survival" by Laurence Gonzales we learn that each person can face a different battle that can threaten survival. Illness, divorce, unemployment, inadequate family relationships, debts, among other situations can be very threatening. However, many people went through them and survived and these people, according to the author of the article, had the same attitudes.
When reading the article, we realized that all these attitudes are related to a good mental balance, calm and the ability to perceive that there is a difficult situation happening. This allows individuals to analyze their problems, reason and manage to find ways to overcome them. This also allows the individual to understand what caused these problems and not become victimized, on the contrary, assume their mistakes and resolve them.
Therefore, we can affirm that the articles throw us a reality that we often fail to recognize, the ability to survive and overcome problems, is within us, in our psychological stability, in our calm and in our ability to ration efficiently.
D. giving human characteristics to to a non-human object
Answer:3O2 + 4NH3 ---> 2N2 + 6H2O.
Explanation:
Let me give you (c) as an example: If you start out with 4.5 mol O2, assuming you want to completely react all the oxygen you'd need to add how much ammonia? The ratio of moles of O2 versus moles of NH3 is
(moles NH3) / (moles O2) = 4/3, or in other words,
moles NH3 = (4/3) x moles O2.
Therefore you need to add (4/3) x (4.5 moles) = 6 moles NH3.
The question says it want you to calculate the numbers of moles of all products and reactants for each case. So, that makes
(c) 4.5 moles [O2] + 6 moles [NH3] -------> 3 moles [N2] + 9 moles [H2O].
You need to do the same for (a) and (b)
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2) The balanced net reaction is:
Mg + 2HCl -------> MgCl2 + H2
According to this reaction, 2 moles of HCl are consumed for every mole of Mg added.
Do you ever wonder why our sweeth tooth wants that particular sweet snack?
that should do it hope it helps ya bc its suppose to draw the readers attention if im thinking of the right thing
