ANSWER I beg to differ that it does react in a HCl solution. But not the way the other guy said. NaClO4 + 8HCl = NaCl + 4Cl2 + 4H2O Similarly to the way bleach reacts with HCl. ---- Add the compound sodium perchlorate to water and let it dissolve. See the Related Questions link about how to prepare a solution.
The sodium perchlorate will not react or be affected by the presence of HCl in the solution.
ANSWER I beg to differ that it does react in a HCl solution.
First lets look at the actual elements within this compound. Sodium perchlorate is NaClO4 and hydrochloric acid is HCl. Then look at the structure of each, which wikipedia has very good structures. Knowing how atoms and elements act with each other. You can see that the oxygen is very reactive due to its negative charge and only has one bond to the Cl, so, it wants to complete the 'octet rule'. Thus, it picks up the hydrogen from the HCl. This completes its octet rule and has no charge. Cl then is incomplete, making it reactive, thus, taking sodium to complete its octet rule. So all in all, this reaction creates Salt (NaCl) and percholric acid (HClO4)
Here's the equation to clarify: NaClO4 + HCl -> NaCl + HClO4
Hope this helps! ---- I have serious problems with the chemistry described above!
As no new compounds are formed (all species are present in ionic form as soon as they dissolve and remain so until evaporated) the original answer is correct. And the chlorine atoms bonded to the central oxygen in the perchlorate ion each have a full compliment of 8 electrons. As well each oxygen has a full compliment of 8 electrons (two lone pairs plus two shared pairs). There is no rearrangement of electrons in the dissolving of NaClO4 in HCl(aq).
It is a good solute because highly soluble in water but its aqueous solution is slightly acidic in nature due to formation of weak base Ammonium hydroxide and strong acid Hydrochloric acid after the hydrolysis of salt.
Glucose and sodium chloride behave differently osmotically because each formula unit of glucose behaves as a single osmotically active unit, but each formula unit of sodium chloride behaves as two osmotically active units: Each formula unit dissociates in solution into two ions, and the two ions act as osmotically independent units.
Worms behave in a strange way. They like to dig deep into the ground to be cool but navigate to the surface during rain or cooling periods.
inwards toward the spinning center
mudslide
It is a good solute because highly soluble in water but its aqueous solution is slightly acidic in nature due to formation of weak base Ammonium hydroxide and strong acid Hydrochloric acid after the hydrolysis of salt.
it acts as a weak acid.
Water from cell moves out into the solution by process of Exocytosis, hence it shrinks.
Chemists know that separated ions are present in a solution is because it is an excellent conductor of electricity.
No. An electrolyte is something with free ions in it. It behaves as a conductor. Hydrochloric acid in any amount of water will ionize and create an electrolyte. The only variable is how much water is present. Hydrochloric acid is usually provided in different strengths (with different amounts of water - in different molar concentrations).
Because they dissociate into charged ions. Because they dissociate into charged ions.
behave.
its mass helps it behave
Perhaps you care to elaborate...if not, then ask yourself: Why do Frenchmen behave like Frenchmen Why do Germans behave like Germans Why do Gambians behave like Gambians Why do Norwegians behave like Norwegians Why do Nepalese behave like Nepalese Why do Venezuelans behave like Venezuelans. Get the point?
@ElevateyourDay Follow my YouTube channel to watch motivation videos
The opposite of behave is misbehave.
they behave like idiots