The HCl converts any contaminated impurities to the corresponding chlorides, which are more volatile and easily vaporized. That way, they are vaporized more easily and quickly in that flame, allowing the cation to create the correct color flame without contamination.
The color of the flame depends on the metal from the salt.
1 and 1. The iron is the cation with a +2 charge; the oxygen is the anion with the -2 charge.
It is a positively charged ion and can be identified by adding acids or bases
Each breath should last approximately 1 second.
When playing with different colored flames it is important to know how hot each color gets. A blue flame ranges from 2,600 to 3,000 degrees Fahrenheit .
either good luck or break a leg
Greece. The source of the "mother" flame and the Olympics.
NaO
The sodium cation is positive (+1).
The color of the flame depends on the metal from the salt.
Cation and anion. There can be more than one of each of these.
This number is different for each cation.
i don't know go back to school:) it's a cation!
A CATION is a positively charged ion . e.g. Na^(+) The sodium metal has IONISED by losing one electron to form the CATION. (Na^(+)). Similarly calcium metal ionises by losing two electrons to form the CATION Ca^(2+). NB An ANION is a NEGATIVELY charged ion e.g. Cl^(-) Cations and Anions are collectively known as 'Ions'. So your statement 'Cation ion' is incorrect. You just need the word 'cation'.
Olympia, Greece, home of the original Olympic games.
Pb 4+ You can tell it is a 4 + charge because it has 4 chlorine attached to it and they are 1 - each, being a halogen.
Hydroge is a cation (H+) and bromide is an anion (Br)-.