K2Cr2O7+So2+H2So4 / Уравнять методом ПОЛУРЕАКЦИЙ: K2Cr2O7 + KSCN + H2SO4 ... : It must have been one of those sulfate ions we deleted.. Na2cr2o7 + 2csoh = na2cro4 + cs2cro4 + h2o. Sulphur dioxide gas (so2) is bubbled through acidified potassium dichromate (k2cr2o7/h+). It must have been one of those sulfate ions we deleted. K2cr2o7 + h2so4 + nano2. Na2so3 + h3po4 = nah2po4 + nahso3.
Na2cr2o7 + 2csoh = na2cro4 + cs2cro4 + h2o. It must have been one of those sulfate ions we deleted. So2 is a colourless gas, so the intial solution is orange. Sulphur dioxide gas (so2) is bubbled through acidified potassium dichromate (k2cr2o7/h+). Na2so3 + h3po4 = nah2po4 + nahso3.
It must have been one of those sulfate ions we deleted. K2cr2o7 + h2so4 + nano2. Na2so3 + h3po4 = nah2po4 + nahso3. Na2cr2o7 + 2csoh = na2cro4 + cs2cro4 + h2o. Sulphur dioxide gas (so2) is bubbled through acidified potassium dichromate (k2cr2o7/h+). So2 is a colourless gas, so the intial solution is orange.
Na2so3 + h3po4 = nah2po4 + nahso3.
Na2cr2o7 + 2csoh = na2cro4 + cs2cro4 + h2o. Na2so3 + h3po4 = nah2po4 + nahso3. Sulphur dioxide gas (so2) is bubbled through acidified potassium dichromate (k2cr2o7/h+). It must have been one of those sulfate ions we deleted. So2 is a colourless gas, so the intial solution is orange. K2cr2o7 + h2so4 + nano2.
It must have been one of those sulfate ions we deleted. Sulphur dioxide gas (so2) is bubbled through acidified potassium dichromate (k2cr2o7/h+). Na2so3 + h3po4 = nah2po4 + nahso3. Na2cr2o7 + 2csoh = na2cro4 + cs2cro4 + h2o. So2 is a colourless gas, so the intial solution is orange.
Sulphur dioxide gas (so2) is bubbled through acidified potassium dichromate (k2cr2o7/h+). Na2so3 + h3po4 = nah2po4 + nahso3. It must have been one of those sulfate ions we deleted. K2cr2o7 + h2so4 + nano2. So2 is a colourless gas, so the intial solution is orange. Na2cr2o7 + 2csoh = na2cro4 + cs2cro4 + h2o.
So2 is a colourless gas, so the intial solution is orange.
Na2so3 + h3po4 = nah2po4 + nahso3. Na2cr2o7 + 2csoh = na2cro4 + cs2cro4 + h2o. Sulphur dioxide gas (so2) is bubbled through acidified potassium dichromate (k2cr2o7/h+). So2 is a colourless gas, so the intial solution is orange. K2cr2o7 + h2so4 + nano2. It must have been one of those sulfate ions we deleted.
K2cr2o7 + h2so4 + nano2. Na2cr2o7 + 2csoh = na2cro4 + cs2cro4 + h2o. It must have been one of those sulfate ions we deleted. So2 is a colourless gas, so the intial solution is orange. Na2so3 + h3po4 = nah2po4 + nahso3.
It must have been one of those sulfate ions we deleted. Sulphur dioxide gas (so2) is bubbled through acidified potassium dichromate (k2cr2o7/h+). So2 is a colourless gas, so the intial solution is orange. K2cr2o7 + h2so4 + nano2. Na2so3 + h3po4 = nah2po4 + nahso3. Na2cr2o7 + 2csoh = na2cro4 + cs2cro4 + h2o.
So2 is a colourless gas, so the intial solution is orange.
Na2cr2o7 + 2csoh = na2cro4 + cs2cro4 + h2o. Na2so3 + h3po4 = nah2po4 + nahso3. K2cr2o7 + h2so4 + nano2. It must have been one of those sulfate ions we deleted. Sulphur dioxide gas (so2) is bubbled through acidified potassium dichromate (k2cr2o7/h+). So2 is a colourless gas, so the intial solution is orange.
It must have been one of those sulfate ions we deleted k2cr2o7 + so2. Na2cr2o7 + 2csoh = na2cro4 + cs2cro4 + h2o.
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