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प्रश्न
Complete the following.
BrCl + H2O → _______ + HCl
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उत्तर
BrCl + H2O → HOBr + HCl
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संबंधित प्रश्न
Select appropriate answers for the following.
BrCl reacts with water to form _______.
Answer the following.
Write the order of the thermal stability of the hydrides of group 16 elements.
Answer the following.
What is the action of bromine on magnesium metal?
Answer the following.
Give two reactions showing the oxidising property of concentrated H2SO4.
How is SO2 prepared in the laboratory from sodium sulfite?
Acidic strength of halogen acids increases in the order of _______.
____________ and ____________ are the rarest elements of the group 18.
Identify the properties of group 17 elements that show decreasing trend down the group.
i. Atomic radius
ii. Ionisation enthalpy
iii. Electronegativity
What is the oxidation state of sulfur in the product formed?
\[\ce{S + \underset{(Conc.)}{2H2SO4} ->}\]
The oxidation state of sulphur in H2S2O7 is ______.
Which of the following statement is CORRECT?
Which of the following metal halide is more covalent?
Which of the following oxyacid of chlorine has highest thermal stability?
Which of the following oxyacid of chlorine is thermally least stable?
The maximum positive oxidation state shown by halogen is ______.
What is the oxidation state of sulphur in oil of vitriol?
What is the highest oxidation state possessed by chlorine in its oxyacids?
What is the action of selenium on magnesium metal?
Which halide of magnesium has highest ionic character?
What is the highest oxidation state exhibited by group 17 elements?
Which among the following compounds does not act as reducing agent?
Among the trihalides of nitrogen which one is the most basic?
What is the oxidation number of gold in the complex [AuCl4]1−?
Among the following order, which one is the correct order of reactivity of group 16 elements?
Consider the following reaction.
I. \[\ce{Na2B4O7 ->[760° C] {...A...} + B2O3}\]
II. \[\ce{Si + KOH + H2O ->{...B...} + H2\uparrow}\]
III. \[\ce{P2O5 + HNO3 -> HPO3 + {...C...}}\]
IV. \[\ce{NH3 + Cl2(excess) -> {...D...} + HCl}\]
Identify the missing products of the given reactions.
Give two reactions showing oxidising property of concentrated H2SO4. Write the structures of HClO3 and HClO4.
Arrange the following in the increasing order of the property mentioned:
\[\ce{HOCl}\], \[\ce{HClO2}\], \[\ce{HClO3}\], \[\ce{HClO4}\] (acidic strength)
