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Box 1

 Container

Contains 109 Results:

19th century blowpipe kit, 2000

 Item — Box: 1, Object: 2006.501.021
Scope and Contents Whipple Museum, Cambridge, England. 19th century brass blowpipe for chemical analysis, with alcohol burner. To use, the sample is placed on the marble(?) block. The user blows through the flared end of the blowpipe, directing air through the alcohol flame and on to the sample. Intensely heating the sample produces colors that aid in its identification. In addition, borax or soda ash (sodium carbonate) can be mixed with the sample before heating. The color of the resulting glass provides...
Dates: 2000

Voltaic pile given by Volta to Faraday, 2000

 Item — Box: 1, Object: 2006.501.022
Scope and Contents

Royal Institution, London, England. A voltaic pile given by Alessandro Volta, its discoverer, to Michael Faraday. A voltaic pile consists of alternating disks of dissimilar metals, with an electrically conducting medium--typically brine-soaked blotting paper--between pairs of disks. A voltaic pile was the first device to produce electricity from a chemical change. Previously only static electricity generators were used.

Dates: 2000

Vessels used in Faraday's electrochemical investigations, 2000

 Item — Box: 1, Object: 2006.501.023
Scope and Contents

Royal Institution, London, England. Vessels used by Michael Faraday in discovering the first and second laws of electrolysis, linking the mass of substance deposited during electrolysis and the quantity of electric charge employed.

Dates: 2000

Faraday's apparatus for the electrolysis of water, 2000

 Item — Box: 1, Object: 2006.501.024
Scope and Contents

Royal Institution, London, England. Apparatus used by Michael Faraday for the electrolysis of water. Each of the product gases--hydrogen and oxygen--collect in one of the slightly slanted cylinders, enabling one to measure the amount of each gas evolved.

Dates: 2000

Faraday's gas diamagnetism studies, 2000

 Item — Box: 1, Object: 2006.501.025
Scope and Contents

Royal Institution, London, England. Each sealed bulb contains a different gas. Faraday investigated the effect of a magnetic field on each gas. A diamagnetic substance is one that is repelled by a magnetic field.

Dates: 2000

Faraday's "electric egg", 2000

 Item — Box: 1, Object: 2006.501.026
Scope and Contents

Royal Institution, London, England. Michael Faraday's "electric egg." Faraday passed electricity through gases enclosed in the "egg" and produced different colors, the predecessor of discharge tube experiments.

Dates: 2000

Faraday's sample of benzene, 2000

 Item — Box: 1, Object: 2006.501.027
Scope and Contents

Royal Institution, London, England. Sample of benzene, isolated by Michael Faraday from the illuminating gas mains in London.

Dates: 2000

Faraday's gas liquefaction apparatus, 2000

 Item — Box: 1, Object: 2006.501.028
Scope and Contents

Royal Institution, London, England. Apparatus used by Michael Faraday to liquefy gases, including natural gas (methane).

Dates: 2000

Reconstruction of Faraday's laboratory, 2000

 Item — Box: 1, Object: 2006.501.029
Scope and Contents

Royal Institution, London, England. Reconstruction of Michael Faraday's laboratory.

Dates: 2000

Faraday's watch, gift from Davy, 2000

 Item — Box: 1, Object: 2006.501.030
Scope and Contents

Royal Institution, London, England. Faraday's watch, given to him by Humphry Davy, who had hired Faraday to work at the Royal Institution. In addition, two small magnets.

Dates: 2000