How many oxygen does lead have?

two oxygen atoms
Explanation: This is also sometimes called lead dioxide. There is thus one lead atom and two oxygen atoms per compound of lead(IV) oxide.

What is the proton of oxygen?

8Oxygen / Atomic number

How many protons are in lead?

82Lead / Atomic number

Why does lead form 2+ and 4+ ions?

The inert pair effect in the formation of ionic bonds If the elements in Group 4 form 2+ ions, they lose their p electrons, leaving the s2 pair unused. For example, to form a lead(II) ion, lead loses its two 6p electrons, but the 6s electrons are left unchanged, an “inert pair”.

What is the formula for lead reacting with oxygen?

PbO
Reaction of lead with air The surface of metallic lead is protected by a thin layer of lead oxide, PbO. Only upon heating lead to 600-800°C does lead react with oxygen in air to from lead oxide, PbO.

How many oxygen atoms are there in lead IV nitrate?

The nitrate anion is a univalent (-1 charge) polyatomic ion composed of a single nitrogen atom ionically bound to three oxygen atoms (Symbol: NO3) for a total formula weight of 62.05. Lead Nitrate is generally immediately available in most volumes.

What is proton electron and neutron of Oxygen?

The oxygen atom has therefore 8 neutrons, 8 protons and 8 electrons.

How many elements make up Oxygen O2?

Under standard conditions oxygen forms a gas that is composed of molecules consisting of two oxygen atoms (O2). This is called a diatomic gas. In this form oxygen is a colorless, odorless, tasteless gas.

How many protons are in lead Pb?

How many protons does lead 210?

82 protons
Lead has an atomic number of 82; hence every lead atom has 82 protons and electrons. To find the number of neutrons, we subtract the number of protons from the mass number (210), which yields 128 neutrons. Lead-210 has a characteristic common to radioactive isotopes: it is relatively rich in neutrons.

Why does Pb not show 4 oxidation states?

Because due to inert pair effect stable oxidation state of pb is +2, this means pb in +4 oxidation state wants to be reduced in stable oxidation state (+2) that’s why pbo2 is a strong oxidizing agent. whereas in case of sn, stable oxidation state is +4 so it can’t act as oxidizing agent.