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Salt is sodium chloride (NaCl) meaning it is composed of sodium and chlorine. to separate sodium chloride: use the method of electrolysis. as we put sodium chloride in the test tube the Na and the Cl start separating because of the current passed: the chlorine attract to cathode as the poles are unlike. and the sodium attracts to the anode because of unlike poles. a cathode is basically a negative cell, whereas an anode is a positive one sodium attracts to an anode because it is negative in nature whereas chlorine is positive in nature( except hydrogen all gases are positive in nature) (and the metal is always negative)
Sodium (Na) has the positive charge; the chloride ion (Cl) has the negative charge.
The electrons do not attract each other. The single valence electron of a sodium atom is given up to a chlorine atom. This results in the sodium atom forming a positive sodium ion, and the chlorine atom forming a negative chloride ion. The oppositely charged ions form an electrostatic attraction, which forms the neutral ionic compound of sodium chloride.
The metal plates out on the negative electrode, which provides the electrons needed to neutralize its positive ions.
By atoms it is 50% sodium and 50% chlorine. By mass (sodium is 23.0, chlorine is 35.5, salt is 58.5) is 39.3% sodium and 60.7% chlorine.
Salt is sodium chloride (NaCl) meaning it is composed of sodium and chlorine. to separate sodium chloride: use the method of electrolysis. as we put sodium chloride in the test tube the Na and the Cl start separating because of the current passed: the chlorine attract to cathode as the poles are unlike. and the sodium attracts to the anode because of unlike poles. a cathode is basically a negative cell, whereas an anode is a positive one sodium attracts to an anode because it is negative in nature whereas chlorine is positive in nature( except hydrogen all gases are positive in nature) (and the metal is always negative)
Sodium and chlorine
Sodium Chloride does not have free electrons normally, Sodium with electron arrangement: 2,8,1 and Chlorine with electron arrangement: 2,8,7 When they react Sodium ionises to 2,8 ( Ne) Chlorine gains the free electron to ionise to 2,8,8 (Ar) Forming Sodium Chloride or Na+CL-
When elements first come together they are both electrically neutral. When they get close enough, an electron transfers from the sodium to the chlorine. This makes the a positive sodium ion, Na+, and a negative chlorine ion, Cl-.
Sodium would be sticking to the cathode and chlorine gas will be liberated right from the anode region. This is because sodium ion is positive and chlorine ion would be negative by polarity.
Sodium has a positive charge of 1 while Chlorine has a negative charge of 1 when it is in its ionic form.
Sodium (Na) has the positive charge; the chloride ion (Cl) has the negative charge.
Generally, because sodium is of a positive charge and chlorine, negative, they would readily react to form a salt, sodium chloride.
The sodium atom loses its valence electron to the chlorine atom forming a positive sodium ion and a negative chloride ion. The two are attracted to each other because of their opposite charges.
The sodium atom loses an electron to chlorine. Chlorine has a higher electronegativity so it attracts the electron from sodium. Sodium now has 11 positive protons holding only 10 electrons whereas chlorine has an extra electron to control. Chlorine has 17 protons holding 18 negative electrons, therefore, its proton to electron ratio has gone down. Sodium's proton to electron ratio went up, therefore, the electrons are closer to the nucleus and the ionic radius is less than the atomic radius.
Sodium form a cation (positive). Chlorine form an anion (negative).
when sodium valence electron is transferred to chlorine , both atoms become ions . the sodium atom becomes a positive ion . the chlorine atom becomes a negative ion .