Given that a mixture of two gases with a total pressure of 2.02 atm contains 0.70 atm of gas. Hence, the partial pressure of gas b is 1.32 atm.
a. We need to find the partial pressure of gas b in atm. Let the partial pressure of gas b be Pb given that: Total pressure of the mixture, P = 2.02 atm Partial pressure of gas a, Pa = 0.70 atm Partial pressure of gas b, Pb = ? From Dalton's law of partial pressures, the total pressure of a mixture of gases is equal to the sum of the partial pressures of the individual gases in the mixture. P = Pa + Pb Substitute the given values, Pb = P - Pa= 2.02 atm - 0.70 atm= 1.32 atm.
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write the chemical formula of the following complex ions. hexabromomanganate (iii)
The chemical formula of the hexabromomanganate(III) complex ion is [MnBr₆]³-.The formula of a coordination complex is typically written as [Metal ligands].
To form the hexabromomanganate (III) complex, Mn(III) cation (Mn³⁺) reacts with six Br⁻ ions to form the [MnBr₆]³⁻ complex ion.The name of the complex indicates that the metal ion is manganese(III), with oxidation state of +3, and the ligand is bromide ion, Br⁻. The prefix "hexa-" indicates the number of ligands, which is six.
Therefore, the complex ion is hexabromomanganate(III).The formula for the complex ion can also be determined using the charge balance principle. Since each bromide ion carries a charge of -1, the total charge of the six bromide ions is -6. Therefore, the manganese ion must have a charge of +3 to balance the negative charge of the six bromide ions. Hence, the formula of the hexabromomanganate(III) complex ion is [MnBr₆]³-.This is the long answer to the question.
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