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A picture of the unpublished manuscript “On a new and practical form of voltaic battery of the highest powers, in which potassium forms the positive element” (first page)
This manuscript was created by John Goodman in 1846-7. The paper goes over the creation of potassium in a unique battery arrangement consisting of sulfuric acid, platinum, crude oil, potassium, and copper wire. The author finds that the battery is able to produce current but is unable to get rid of the batteries instability. -
A picture of the unpublished manuscript, "On the gas voltaic battery. Voltaic action of phosphorus, sulphur, and hydrocarbons" (last page)
This resource was created by William Robert Grove in 1845. The paper goes over the various experiments of variations of the gas battery that grove made in 1842. The paper finds that non-conducting metals can be used to create electricity. -
A picture of the unpublished manuscript, "On the gas voltaic battery. Voltaic action of phosphorus, sulphur, and hydrocarbons" (first page)
This resource was created by William Robert Grove in 1845. The paper goes over the various experiments of variations of the gas battery that grove made in 1842. The paper finds that non-conducting metals can be used to create electricity. -
Picture of "The sixth letter from John Frederic Daniell to Michael Faraday" on the constant battery (last page)
This picture is the last page of the sixth letter to Michael Faraday from John Frederic Daniell. The first page goes over summarizes the content of the letter, asks further questions, and gives good tidings. The content being on the progress of applying ohm's law to the Daniell Cell or constant battery. -
Picture of "The sixth letter from John Frederic Daniell to Michael Faraday" on the constant battery (first page)
This picture is the first page of the sixth letter to Michael Faraday from John Frederic Daniell. The first page goes over greetings and summarizes the past letters contents and how that relates to what he will talk about now. The rest of the paper goes on to make progress of applying ohm's law to the Daniell Cell or constant battery. -
Parthenon Metope Detail
This metope, one of fifteen in the British Museum's permanent collection depicts chaos erupting between a Lapith and a centaur. The metope is severely damaged, with the Lapith missing both his head and his right leg, below the knee. The centaur is missing both his head, as well as his front right leg. -
Metopes from the Parthenon
The British Museum currently has fifteen of the ninety-two the original Parthenon metopes within their permanent collection. The metopes, which decorated the exterior of the temple, just above the exterior colonnade depicted a mythological battle between the Lapiths and the centaurs. Many of the metopes are missing hands, feet, knees, arms, and legs. -
Frieze from the Parthenon
The British Museum currently has 247 feet (75 m.) of the original Parthenon frieze within their permanent collection. The frieze was the sculpted high-relief, which adorned the upper part, or naos of the Parthenon. In the exhibit space, each section of the frieze has a placard, which describes the scene depicted on the section of frieze as well as the cardinal direction and number in the frieze series. The marble frieze, which dates c. 438- 432 BC, depicts a Panathenaic procession. -
Alternate Entrance to The British Museum
This is a side entrance to the British Museum. The bust of Sir Hans Sloane and the Palmerstone Gold Cups are located here. This museum houses much of Sir Sloane's collections. -
Entrance to the British Library
This is the entrance to the British Library. It says British Library over and over. The British Libary was founded partially by Sir Sloane's collection.