Daniel Cell, Full Set with Propeller Motor and Electric Buzzer

Overview

Innovative Design: The set features separate positive and negative electrode cells that interact to generate electromotive force through controlled chemical reactions. This kit provides a more expansive set of component parts than the basic kit. A #N-00003 DC Voltmeter is useful to compare the electromotive forces of different metal combinations.
Historical Context: The Daniel cell, invented in 1836 by J. F. Daniel, was developed to address limitations of the Voltaic cell. It ensures a longer operational life by preventing hydrogen buildup, a key issue in the Voltaic cell, through the use of a separator.
Chemical Process: The reaction involves zinc at the negative electrode undergoing ionization (Zn → Zn²⁺ + 2e⁻) and copper ions at the positive electrode being reduced to solid copper (Cu²⁺ + 2e⁻ → Cu). This transfer of electrons generates a theoretical electromotive force of 1.07V under ideal conditions.
Educational Value: The set provides a hands-on demonstration of fundamental electrochemical principles, including ion exchange, electron flow, and redox reactions. Its simplified structure allows students to focus on understanding the concepts while fostering safe and efficient experimentation.

Description

Designed for chemical battery experiments, the Daniel Cell Basic Set minimizes the use of chemicals and reduces waste fluid, saving time in post-experiment waste treatment. This makes it an environmentally considerate choice for classroom and laboratory use.

Specification

Current Country of Origin

Japan

Daniel Cell, Full Set with Propeller Motor and Electric Buzzer

Name: Daniel Cell, Full Set with Propeller Motor and Electric Buzzer
Brand: GSC International
SKU: GSCN-00019
Price: 151.00 USD
Availability: InStock

Brand: GSC International

Categories: Science Kits

Item Number: 1128461

$151.00

$151.00 ~~$0.00~~

Shipping calculated at checkout.

Overview

Innovative Design: The set features separate positive and negative electrode cells that interact to generate electromotive force through controlled chemical reactions. This kit provides a more expansive set of component parts than the basic kit. A #N-00003 DC Voltmeter is useful to compare the electromotive forces of different metal combinations.
Historical Context: The Daniel cell, invented in 1836 by J. F. Daniel, was developed to address limitations of the Voltaic cell. It ensures a longer operational life by preventing hydrogen buildup, a key issue in the Voltaic cell, through the use of a separator.
Chemical Process: The reaction involves zinc at the negative electrode undergoing ionization (Zn → Zn²⁺ + 2e⁻) and copper ions at the positive electrode being reduced to solid copper (Cu²⁺ + 2e⁻ → Cu). This transfer of electrons generates a theoretical electromotive force of 1.07V under ideal conditions.
Educational Value: The set provides a hands-on demonstration of fundamental electrochemical principles, including ion exchange, electron flow, and redox reactions. Its simplified structure allows students to focus on understanding the concepts while fostering safe and efficient experimentation.

Description

Specification

Current Country of Origin

Japan