What is the N factor of Koh?

Potassium hydroxide solution c(KOH) = 0.1 mol/l (0.1 N), Titripur®, reag. Ph. Eur.

What is equivalent weight of KCl?

Therefore, the answer is – option (B) – The equivalent weight of KCl is 74.5. Additional Information: Equivalent weight is unit less, because it is a relative quantity.

What is the N factor of cl2?

1
So the n-factor is 1. The equivalent mass of chlorine can be calculated by multiplying the molecular mass with the number of molecules and then dividing it with n-factor. The number of moles in the reactant is 1. So the equivalent mass is 70.0 g / equivalent.

What is n factor of mgcl2?

As magnesium has 2 valence electron, its valency is 2. Accordingly, the valency of chlorine is 7-8 which is -1. Thus the valency of Mg is 2, whereas for chlorine it is -1 in MgCl2.

What is the N factor of so3?

oxidation number from +6 to +4. it involves 2 electron. so n factor is 2.

What is the N factor of MgSO4?

For MgSO4 and all ionic compounds i is always greater than one theoretically, else it depends on degree of dissociation experimentally. The vant Hoff factor for MgSO4is 2 as it dissociates completely into two ions.

What is the oxidation number of Cl in KCl?

The oxidation number of Cl is -1 (Rules 1 and 3). Note that Rule 4 also applies: +1 + (-1) = 0. KCl is a neutral compound. It has no charge.

Is KCl an ionic or covalent compound?

In your case, KCl is an ionic compound. It consists of K⁺ ions and Cl⁻ ions. The oxidation number of K is +1 (Rules 1 and 2). The oxidation number of Cl is -1 (Rules 1 and 3).

What is the n-factor of KClO3 considering oxidation and reduction?

In each case, 6 mole of electrons are exchanged whether we consider oxidation or reduction. or n–factor of KClO3 considering reduction = | 1 ´ (+5) –1 ´ (–1)| = 6. (ii) Disproportionation reactions in which moles of compound getting oxidsed and reduced are not same i.e. moles of oxidizing agent and reducing agent are not same.

How do you find the amount of KCl in grams?

To find the amount of KCl in grams we now just need to multiple the moles needed by the molecular mass of a molecule of KCl, given the mass using the periodic table K=39.1g/mol and Cl=35.4g/mol. The molecular weight of KCl comes out to be 74.5g/mo.