This is a close-up, slightly blurry, top-down shot of an open book, likely a textbook, resting on a surface. The book's pages are filled with text and diagrams related to chemistry, specifically electrochemistry. The dominant subject is the book itself, displaying scientific illustrations and written explanations. On the right-hand page, there are three figures. Figure 12.11 shows a graph of "Gain in mass" versus "Time (s)". Below it, Figure 12.13 illustrates an experimental setup for verifying Faraday's Second Law of Electrolysis, featuring beakers with electrodes labeled as "copper cathode," "copper anode," "silver cathode," and "silver anode," connected to a power source and a rheostat. Below this is Figure 12.12, another graph showing "Gain in mass" versus "Magnitude of current (A)". The text accompanying these figures describes experiments involving deposition of copper and silver. The left-hand page contains a table with headings like "Effect on electrolyte" and lists various ions and their concentrations, and their effect on the electrolyte. Some text describes the concept of Faraday's constant and its value (96,500 coulombs). The lighting suggests an indoor setting, possibly at night or in a dimly lit room, as indicated by the blurriness and the reflection of a light source. There are no people visible in the image. The overall scene depicts a learning or study environment. The text on the pages is in English, and the scientific context suggests an academic setting, likely within a Nigerian educational institution given the location context. The "EXAMPLES" section on the right page indicates that the book is designed for practical application of the concepts discussed. in Jalingo, Nigeria

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Jun 29, 2026, 9:56 PM

Jalingo, Nigeria

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This is a close-up, slightly blurry, top-down shot of an open book, likely a textbook, resting on a surface. The book's pages are filled with text and diagrams related to chemistry, specifically electrochemistry. The dominant subject is the book itself, displaying scientific illustrations and written explanations. On the right-hand page, there are three figures. Figure 12.11 shows a graph of "Gain in mass" versus "Time (s)". Below it, Figure 12.13 illustrates an experimental setup for verifying Faraday's Second Law of Electrolysis, featuring beakers with electrodes labeled as "copper cathode," "copper anode," "silver cathode," and "silver anode," connected to a power source and a rheostat. Below this is Figure 12.12, another graph showing "Gain in mass" versus "Magnitude of current (A)". The text accompanying these figures describes experiments involving deposition of copper and silver. The left-hand page contains a table with headings like "Effect on electrolyte" and lists various ions and their concentrations, and their effect on the electrolyte. Some text describes the concept of Faraday's constant and its value (96,500 coulombs). The lighting suggests an indoor setting, possibly at night or in a dimly lit room, as indicated by the blurriness and the reflection of a light source. There are no people visible in the image. The overall scene depicts a learning or study environment. The text on the pages is in English, and the scientific context suggests an academic setting, likely within a Nigerian educational institution given the location context. The "EXAMPLES" section on the right page indicates that the book is designed for practical application of the concepts discussed.

Symbol

1E20E

Volume

11,550

Creator

+$0.03

Revenue

+$0.06

TVL

$2.38

All

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