Sodium chloride is the chemical name for normal table salt, so the solution you are talking about is simply salt water. Go to you nearest beach and take a gulp of the water. That is what sodium chloride and water tastes like.
The needed mass of sodium chloride is 29,22 g.
Its atoms are held together by relatively weak bonds... therefore - it doesn't take much force to separate them.
Metals give up electrons while non-metals gain electrons
In solid form the ions are attracted to each other , by electrostatic force.; just like the north and south poles of a magnet. However, when sodium chloride is dissolved in water, the ions are ' free to move' , they are not longer attracted to each other. Since the ions carry charge e.g. sodium cation is Na^+ and the chloride anion is Cl^- , they can carry this charge accross the potentional difference ; electricity. NB THe electrons associated with each ion take no part in the conduction process. IT is the IONS that carry the charge. !!!!
No. Sodium chloride is a neutral salt so if it's dissolved in pure water (pH 7) then the pH won't change (as it doesn't release or take in hydrogen ions)
Uranium is a donor of electrons.
Sodium Chloride forms an ionic network made up of ionic bonds i.e. the chlorine takes the sodium's valence electron so that both have a complete octet of electrons (8 electrons in the outer most shell), Chlorine's high electronegativity means that this is a fairly strong bond accounting for its high boiling point if 1413 degrees Celsius, also it is polar meaning it dissolves in water. Sodium Chloride is commonly refereed to as table salt. It has a molar mass of 58.443g.
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You will need a electrolyte for it conduct electricity such as sodium chloride (table salt).
phosphorus will accept 3 electrons or share 3 electrons
sodium's atomic number is 11 and since protons and electrons are the same number as the atomic number, there are 11 protons and 11 electrons, to get the neutrons you take the isotope of sodium you are given, in this case 23 and subtact the number of protons, so 23-11=12. Therefore there are 12 electrons.