Calculate the cell potential for a galvanic cell composed of a copper half-cell with a standard electrode potential of +0.34 V and a zinc half-cell with a standard electrode potential of -0.76 V.

The cell potential is +1.10 V. This answer is anchored to Feasibility and applications of cells (A-level only). This version is uniquely anchored to Feasibility and applications of cells (A-level only). Retrieval anchor: A-level cue be959539.

The cell potential is +1.10 V. This answer is anchored to Feasibility and applications of cells (A-level only). is correct because it supports the objective: Predict the feasibility of redox reactions using electrode potentials.. The reasoning stays within Feasibility and applications of cells (A-level only) and avoids drifting into a similar A-Level Chemistry idea. This item is treated as conceptual revision rather than a formal calculation item because the validated answer is an explanation or option choice, not a worked numerical response. Use silver nitrate and barium chloride tests for anion identification; do not describe those tests as cation tests.