Chlorine attracts 1 electron
A chlorine atom will attract a single electron to form a negatively charged ion with a -1 charge.
Yes. When sodium reacts with chlorine large amounts of energy are released in the form of light. The reaction even produces a flame.
One way to extract chlorine from its raw material is to mix salt with water and apply an electrical charge. Problem with this is that it will also release hazardous gasses in the process. Chlorine gas is extremely hazardous...read up on it before trying to create it.
Calcium chloride (CaCl2) is a powder but it is not a chlorine.Chlorine is an element and is a gas in its basic form (Cl2).The word "chloride" indicated that you deal with the ionic (charged) (Cl-) form of chlorine.Do not confuse "chlorine" and "chloride". The difference is huge ... in particular in practice. Cl2 (Chlorine) in poisonous and inhaled in some amount will kill you. NaCl (sodium chloride) you add as normal salt to your spaghetti.There are some solid and fluid substances that will decompose easily and release chlorine gas. They should be handled with care, as already said, inhaling chlorine can be fatal.
One way is to mix salt with water and apply an electrical charge. Problem with this is that it will also release hazardous gasses in the process.
A chlorine atom will attract a single electron to form a negatively charged ion with a -1 charge.
HCl + H2O ---> Cl2 + H3O+(Hydrochloric (Water) (Chlorine (Hydronium acid) gas) ion)
It is so because every atom want to attract more electron toward itself & no atom wants to can release its electron. that's why electrochemical series is expressed in term of reduction potential.
An Electron
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oxidation
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the sweet smell of the flowers attract the bees which causes the bees to collect the nectar from a flower
Sodium needs to lose an electron to have a full outer shell of electrons. When sodium loses one negatively charged electron it is left with a positive charge plus 1. Chlorine needs to gain one electron to have a full outer shell of electrons. When chlorine gains a negatively charge electron it has a charge of minus 1. The sodium ion plus one is attracted to the chloride ion minus one and they bond. Na does not "want" to bond with Cl, but it has a "tendency" to bond with Cl. Atoms are more stable if all of their shells of electrons are complete. The easiest way for Na to achieve this to is to release one electron and the easiest way for Cl to achieve this is to take an additional electron from the environment. Therefore, Na will naturally pass an electron to Cl. The resulting shift makes the Na positive and makes the Cl negative. These opposite charges exert a strong attractive force on the now-stable atoms, creating an ionic bond.
Chlorine
My Parents' House - 2005 When Opposites Attract was released on: USA: 30 April 2007