They accept electrons and become reduced.
No. An oxidizing agent only needs to be able to increase the oxidation state of an element in another substance, which is a matter of electron transfer rather than oxygen. The halogens, especially fluorine, are strong oxidizing agents that do not contain oxygen.
because reaction with iodine are reversible in nature ... that means the the HI formed during the reaction can again become I2 and so to not let that happen... oxidising agents are needed.
chlorine is oxidising
Magnesium is the oxidising agent.
Group 17 (known as Halogens)
KMnO4 and H2SO4 are oxidising agents. Oxidising agents are hungry for electrons...
they react in air by oxidising.
Ketones resist oxidation by most oxidising agents, including potassium dichromate and molecular oxygen.
reducing agents and oxidising agents.
this is top secret i am an agent in the cia so no it doesn't
No. An oxidizing agent only needs to be able to increase the oxidation state of an element in another substance, which is a matter of electron transfer rather than oxygen. The halogens, especially fluorine, are strong oxidizing agents that do not contain oxygen.
those reagents which oxidize even very reactive compounds having weaker bond are called mild oxidising agents
Oxidising agents gain electrons. Fluorine is a smaller atom than chlorine, so the effective pull of its nucleus is greater.
those reagents which oxidize even very reactive compounds having weaker bond are called mild oxidising agents
Yes, it contains strong oxidising agents and can easily damage skin if spilt on it, or your insides if swallowed.
For one thing, it has some distinct chemical properties. For instance, it reacts with every oxidising element. Please see the link.
because reaction with iodine are reversible in nature ... that means the the HI formed during the reaction can again become I2 and so to not let that happen... oxidising agents are needed.