The standard cell potential for the electrochemical reaction

Reference no: EM13176837

Zinc solid reacts with copper(II) ion to form zinc ion and copper solid. The standard cell potential for the electrochemical reaction is 1.10V. Calculate the cell potential if the concentration of zinc ion and copper ion are 0.050M and 5.0M respectively at room temp.

Reference no: EM13176837

Questions Cloud

How to prepare a trail balance sheet : Cash, Accounts Receivable, Office Equipment, Legal Database Subscription, Accounts Payable, Common Stock, Dividends, Legal Fees Earned, Salaries Expense, Rent Expense, and Utilities Expense. Prepare journal entries and record the following October..

Explain how far can light travel in a nanosecond : Make sure that the final answer is expressed in the correct number of significant figures.

State the concentration of the naoh from the titration data : the volume of NaOH needed to neutralize it and repeats the process several times to determine the concentration of the NaOH solution. She calculates the concentration and uncertainty in the concentration of the NaOH from the titration data.

Explain how manufacturing costs flow : A job order cost accounting system is fully integrated into the general ledger of a company. Identify the major general ledger accounts used in a job order cost system

The standard cell potential for the electrochemical reaction : The standard cell potential for the electrochemical reaction is 1.10V. Calculate the cell potential if the concentration of zinc ion and copper ion are 0.050M and 5.0M respectively at room temp.

Calculate incremental costs to fit in a production run : The State Department of Transportation has called for tenders to supply 10,000 gallons of blue reflective paint to be delivered within two months. You can foresee fitting in a production run of the blue paint and have decided to bid on the job.

Write a balanced equation for the reduction of ethyl : Write a balanced equation for the reduction of ethyl acetoacetate to S(+) ethyl 3-hydroxybutanoate, show stereochemistry

Compute the freezing point and boiling point : Volume after mixing is 131mL. Kf=1.86 C/m -- Kb=0.512 C/m Calculate the freezing point and boiling point?

Determine the delta-h and delta-u : The pressure is steeply increased to 100 bar. The volume of the liquid is decreased by 1 ml at this constant pressure. Find the deltaH and deltaU

User Account

All Pages