Rationalise the given statements and give chemical reactions.
a. Lead(II) chloride does not react with `Cl_(2)` to give `PbCl_(4)`.
b. Lead(IV) chloride is highly unstable towards heat.
c. Lead is known not to form an iodide, `Pbl_(4)`.

Rationalise the given statements and give chemical reactions. a. Lead(IV) chloride reacts with Cl_(2) to give PbCl_(4) . b. Lead(IV) chloride is highly unstable towards heat. c. Lead is known not to form an iodide, Pbl_(4) .

Give suitable reasons for the following : Lead (IV) Chloride is highly unstable towards heat.

Tin and lead form divalent Sn (II) and ead (II) and tetravalent i.e., Tin (IV) and lead. (IV) compounds. Tetravalent and dioxides of lead and Tin are amphoteric in nature. Lead tetra fluorite is ionic solid where as PbCl_(4) is covalent. Pbl_(4) does not exist. lead (II) halides are white whereas Pbl_(2) is yellow in colour. Q. Pbl_(4) does not exist due to

Tin and lead form divalent Sn (II) and lead (II) and tetravalent i.e., Tin (IV) and lead. (IV) compounds. Tetravalent and dioxides of lead and Tin are amphoteric in nature. Lead tetra fluorite is ionic solid where as PbCl_(4) is covalent. Pbl_(4) does not exist. lead (II) halides are white whereas Pbl_(2) is yellow in colour. Q. SnCl_(2) is solid whereas SnCl_(4) is liquid, this is because?

How many moles of lead (II) chloride will be formed from a reaction between 6.5g PbO and 3.2g HCI?