Chemistry: According to the balanced equation, 2 s + 3 o2 → 2so3 how many sulfur atoms are in the products?

According to the balanced equation, 2 s + 3 o2 → 2so3

Ответ:

Giovanni0312

13.03.2022

In the equation:

$2S+3 O_{2}$ → $2S O_{3}$

we have 2 moles of $S O_{3}$ . This means that we have 2 moles of sulfur atoms. So in order to find how many atoms we have, we need to multiply by Avogadro's number. Let's set that up and solve for atoms:

$\frac{2mol S}{1}* \frac{6.022* 10^{23}atoms }{1 moleS} =1.204* 10^{24}atoms$

So by using the conversion with Avogadro's number, we are able to determine the number of atoms from the amount of moles we are given.

The amount of sulfur atoms in the products of the reaction are $1.204* 10^{24}atoms$ .

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Ответ:

claytonhopkins

03.03.2021

Chemistry

An object at rest is not moving unless and unbalanced force moves it. ... motion will continue to move at a constant speed in the same direction forever ... But, it will take the harsh unbalanced force of your foot for the rock to move. ... That same amount of small force was NOT big enough for the carriage to pull

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According to the balanced equation, 2 s + 3 o2 → 2so3 how many sulfur atoms are in the products?

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