<span>The SI base unit for distance is the meter</span>
Answer:
No, just because carbon did not react with water, does not mean it wouldn't react with a different compound.
Explanation:
It is common knowledge that carbon is not in group 18, because it is found in all living compounds, and this means it must be reactive with many compounds. We know that water is not very reactive, but it is a good solvent. Meaning that many compounds can dissolve in water, but not chemically react with it. Carbon however is not very soluble because it does not create dipoles or hydrogen bonds. This means it will not show any change when in the presence of water, but if combined with oxygen, can form carbon dioxide.
<span>The answer is No, it is
not possible that the reverse reaction will occur at ordinary conditions. This
is because the entropy of the KCl and the O2 are much largely negative than
that of the KClO3. The entropy component of the Gibbs free energy assures that
the Gibbs free energy for the reverse reaction is positive (Positive Gibbs
means nonspontaneous reaction). </span>
Answer:
1×
Explanation:
To solve this, you will need to do multiple steps.
Firstly, you will have to convert to pOH from pH, which is done by simply subtracting 14-10 to get a pOH of 4.
Then, use the following formula to calculate the [OH-} concentration:
[OH-]= 
When converted to Scientific Notation<u>,</u> you get a resulting answer of
<u>1×</u><u>.</u>
