Chemistry

100 cm of a given sample of H₂O₂ gives 1000 cm³ of O₂ at STP. The given sample is

100 cm of a given sample of H₂O₂ gives 1000 cm³ of O₂ at STP. The given sample is Options…

Which one of the following compounds on nitration easily produces nitro derivative

Which one of the following compounds on nitration easily produces nitro derivative Options (a) C₆H₆ (b) C₆H₅NO₂ (c) C₆H₅CH₃ (d)…

certain crystals produce electric signals on application of pressur.This phenomenon

certain crystals produce electric signals on application of pressur.This phenomenon is called Options (a) pyroelecricity (b) ferroelectricity (c) piezoelectricity (d)…

A gas decolourised by KMnO₄ solution but gives no precipitate with ammoniacal cuprous

A gas decolourised by KMnO₄ solution but gives no precipitate with ammoniacal cuprous chloride is Options (a) ethane (b) methane…

Vapour density of a metal chloride is 77. If its equivalent weight is 3, its atomic

Vapour density of a metal chloride is 77. If its equivalent weight is 3, its atomic weight will be Options…

What will be the correct relationship between free energy and equilibrium constant K

What will be the correct relationship between free energy and equilibrium constant K of a reaction? Options (a) ∆G =…

If the manufacture of bromine from sea water, the mother liquor containing bromides

If the manufacture of bromine from sea water, the mother liquor containing bromides is treated with Options (a) CO ₂…

The coordination number and oxidation number of X in the following compound [X(SO₄)(NH₃)₅]Cl

The coordination number and oxidation number of X in the following compound [X(SO₄)(NH₃)₅]Cl will be Options (a) 10 and 3…

At when pressure will a quantity of gas, which occupies 100 mL at a pressure of 720 mm

At when pressure will a quantity of gas, which occupies 100 mL at a pressure of 720 mm, occupy a…

The amount of electricity requried to deposit 0.9 g of aluminium, when the electrode

The amount of electricity requried to deposit 0.9 g of aluminium, when the electrode reaction is Al³⁺ + 3e⁻ →…