use line notation (cell notation) to describe the following systems. (Include states-of-matter under the given conditions...

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use line notation (cell notation) to describe the following systems. (Include states-of-matter under the given conditions in your answer.) (a) The cathode is a chromium electrode in a 1 M Cr(NO₂); solution and the anode is a manganese electrode in 1 M Mn(NO₂)₂ solution. chemPad Help Greek Cr(NO3)3(1M)-Cr(s)-Mn{8}-Mn(NO3)2 CHINO_3) 3(1M)/CrisMn(s)(NO3)2 Your answer differs too much from the expected answer to provide useful feedback. (b) One half-cell contains a gold electrode in a 1 M AUNO, solution that gets reduced; in the other half-cell, a zinc electrode in 1 M Zn(NO₂), is oxidized. Help Graak chemPad (c) In one half-cell, cobait metal goes into a Co(NO3), solution; the other half-cell consists of a solution of Pd(NO3)2 forming palladium metal. All solution concentrations are 1 M. chemPad Help Graak use line notation (cell notation) to describe the following systems. (Include states-of-matter under the given conditions in your answer.) (a) The cathode is a chromium electrode in a 1 M Cr(NO₂); solution and the anode is a manganese electrode in 1 M Mn(NO₂)₂ solution. chemPad Help Greek Cr(NO3)3(1M)-Cr(s)-Mn{8}-Mn(NO3)2 CHINO_3) 3(1M)/CrisMn(s)(NO3)2 Your answer differs too much from the expected answer to provide useful feedback. (b) One half-cell contains a gold electrode in a 1 M AUNO, solution that gets reduced; in the other half-cell, a zinc electrode in 1 M Zn(NO₂), is oxidized. Help Graak chemPad (c) In one half-cell, cobait metal goes into a Co(NO3), solution; the other half-cell consists of a solution of Pd(NO3)2 forming palladium metal. All solution concentrations are 1 M. chemPad Help Graak

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