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Which statement(s) is/are NOT true for an ion-selective electrode with an organic polymer membrane specific to aqueous ions? I. Two reference electrodes on either side of the organic polymer membrane of the ion- selective electrode measure the potential difference across the membrane. II. The organic polymer membrane of the ion-selective electrode separates the inner solution from the outer analyte solution. III. The organic polymer membrane of the ion-selective electrode is hydrophobic and is impregnated with a viscous organic solution containing an ion exchanger and sometimes a ligand specific for the analyte ion. IV. The potential difference across the organic polymer membrane of the ion-selective electrode occurs when the analyte ions embedded in the membrane diffuse into the inner aqueous solution, creating a junction potential. V. The potential difference across the organic polymer membrane of the ion-selective electrode is dependent only on the activity of analyte ion in the outer solution. Finish attempt. on Select one: IV O b. I and V O c. II and III Time O d. V Oe. IV andV

Which statement(s) is/are NOT true for an ion-selective electrode with an organic polymer membrane specific to aqueous ions? I. Two reference electrodes on either side of the organic polymer membrane of the ion- selective electrode measure the potential difference across the membrane. II. The organic polymer membrane of the ion-selective electrode separates the inner solution from the outer analyte solution. III. The organic polymer membrane of the ion-selective electrode is hydrophobic and is impregnated with a viscous organic solution containing an ion exchanger and sometimes a ligand specific for the analyte ion. IV. The potential difference across the organic polymer membrane of the ion-selective electrode occurs when the analyte ions embedded in the membrane diffuse into the inner aqueous solution, creating a junction potential. V. The potential difference across the organic polymer membrane of the ion-selective electrode is dependent only on the activity of analyte ion in the outer solution. Finish attempt. on Select one: IV O b. I and V O c. II and III Time O d. V Oe. IV andV

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Which statement(s) is/are NOT true for an ion-selective electrode with an organic polymer membrane specific to aqueous ions? I. Two reference electrodes on either side of the organic polymer membrane of the ion- selective electrode measure the potential difference across the membrane. II. The organic polymer membrane of the ion-selective electrode separates the inner solution from the outer analyte solution. III. The organic polymer membrane of the ion-selective electrode is hydrophobic and is impregnated with a viscous organic solution containing an ion exchanger and sometimes a ligand specific for the analyte ion. IV. The potential difference across the organic polymer membrane of the ion-selective electrode occurs when the analyte ions embedded in the membrane diffuse into the inner aqueous solution, creating a junction potential. V. The potential difference across the organic polymer membrane of the ion-selective electrode is dependent only on the activity of analyte ion in the outer solution. Finish attempt.- on Select one: IV O b. I and V O c. II and III Time O d. V Oe. IV and V 00
Transcribed Image Text:Which statement(s) is/are NOT true for an ion-selective electrode with an organic polymer membrane specific to aqueous ions? I. Two reference electrodes on either side of the organic polymer membrane of the ion- selective electrode measure the potential difference across the membrane. II. The organic polymer membrane of the ion-selective electrode separates the inner solution from the outer analyte solution. III. The organic polymer membrane of the ion-selective electrode is hydrophobic and is impregnated with a viscous organic solution containing an ion exchanger and sometimes a ligand specific for the analyte ion. IV. The potential difference across the organic polymer membrane of the ion-selective electrode occurs when the analyte ions embedded in the membrane diffuse into the inner aqueous solution, creating a junction potential. V. The potential difference across the organic polymer membrane of the ion-selective electrode is dependent only on the activity of analyte ion in the outer solution. Finish attempt.- on Select one: IV O b. I and V O c. II and III Time O d. V Oe. IV and V 00
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