Calculate the emf of the cell. Mg(s)|Mg^(2+) (0.2 M)||Ag^(+) (1xx10^... 10:33 E^(@) (SRP) of different half cell given {:(E(Cu^(2+)//Cu)^(@) =0.34... 04:06 Calculate the e.m.f. of the cell in which the redox reaction is : Mg(s... 07:11 Calculate the...
Step 2: Calculate the concentration of Ag+Using the solubility product Ksp for AgIO3: Ksp=(Ag+)(IO−3)=3×10−8 Substituting (IO−3)=17: 3×10−8=(Ag+)⋅17 Solving for (Ag+): (Ag+)=3×10−8⋅7=2.1×10−7 M Step 3: Calculate the EMF of the cellThe overall ...
Calculate the {eq}E^\circ_{cell} {/eq} for the following equation. $$Sn(s) + F_2(g) \to Sn^{3+}(aq) + 2F^-(aq) $$ Computing the Standard Cell Potential: The standard emf or cell potential of a galvanic cell is computed using the standard r...
What will the emf of the cell be if: (Zn^2+) = 0.29 M P_H_2 = 1.9 atm (H^+) = 1.3 M E degree_cell = V E = 1. Calculate the standard potential of the cell consisting of the Na/Na^+ half-cell and the SHE. 2. What will the e...
Calculate the cell potential. Cell Potential: The reaction in which gain and loss of electrons occur is known as a redox reaction. The cell potential is used to determine the change in Gibbs free energy during cell reaction. The reduction will occur at the c...
Calculate the emf of the cell Cr∣∣Cr3+(0.1M)∣∣∣∣Fe2+(0.01M)∣∣Fe (Given: E∘Cr3+/Cr=−0.75 volt, E∘Fe2+/Fe=−0.45 volt) View Solution Calculate the e.m.f. of the cell, Cr/Cr3+(0.1M)∣∣Fe2+(0.01M)/Fe Given:E∘Cr3+/Cr=−0.75 V ,E∘Fe2+/Fe...
Calculate the emf of the cell : Mg∣∣Mg2+(0.1M)∣∣∣∣Ag+(1.0×10−3M)∣∣Ag Given that E∘cell=3.15 V. View Solution Calculate equilibrium constant for the reaction : Mg(s)∣∣Mg2+(0.001M)∣∣∣∣Cu2+(0.0001M)∣∣Cu(s) Given E∘(Mg2+/Mg)=−2.37 V ,E∘...
What is the emf of the cell when [ Ni^{2+} ] = 0.194 M and [Zn^{2+} ] = 0.905 M? Predict the charge on the major species of the peptide Val--Arg--Glu--Ile--Lys--Thr--Gln at pH 7.0. What are the regulatory implications for the cell w...
Explain about how to measure electromotive force (EMF) of a sample solution by using an Ion-Selective Electrode (ISE). 1. Compare Beer's law with the equation of a line. Identify x (the independent variable), y (the dependent variable), m, and...
E^(@)=0.336Calculate the standard emf of the cell having the standard free energy change of the cell reaction is -64.84 kJ for 2 electrons transfer.