Instructional Video
University of Nottingham

Periodic Table of Videos: The Nobel Prize for Chemistry 2008

9th - 10th
Professor Poliakoff of the University of Nottingham watches the announcement of the 2008 Nobel Prize in chemistry, and then talks about the winners and their work with green fluorescent protein. [6:10]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Copernicium

9th - 10th
This video discusses the element Copernicium, which used to be called Ununbium. [4:24]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Roentgenium

9th - 10th
Roentgenium, element 111 on the Periodic Table, is named for a German physicist named Wilhelm Roentgen. This video provides some background on the scientist. [4:38]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Meitnerium

9th - 10th
Meitnerium was named to honor Lise Meitner who contributed to the understanding of nuclear physics. This video introduces her work and discusses this element. [3:17]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Bohrium

9th - 10th
This is an interesting tale of how Niels Bohr and his colleagues cared for two gold Nobel prizes during World War II. Bohrium, element 107 on the Periodic Table, is named for Niels Bohr. [4:16]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Dubnium

9th - 10th
This video is specifically about the naming of Dubnium, but also about how elements are named in general. [8:26]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Rutherfordium

9th - 10th
A discussion of how Rutherfordium is generated and about Ernest Rutherford, the scientist for whom the element is named. [5:17]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Lawrencium

9th - 10th
Learn about E. O. Lawrence and the element Lawrencium in this video. [5:15]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Nobelium

9th - 10th
A short history of Alfred Nobel's scientific discovery of stable explosives and the Nobel Prize program. Nobelium is named after Nobel. [4:48]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Neptunium

9th - 10th
Learn how neptunium is synthetically created and some general information about the naming of elements in this video. [5:46]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Uranium

9th - 10th
Watch video of scientists discussing uranium and its uses. You'll also see the safety and security measures needed for working with uranium in the laboratory. [6:03]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Actinium

9th - 10th
Actinium is a very radioactive and dangerous element as you will hear about in this video. [4:36]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Bismuth

9th - 10th
Scientists show samples of bismuth and discuss the properties and uses of the element. [3:55]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Mercury

9th - 10th
Professor Poliakoff and his colleagues discuss the properties and effects of mercury in the environment. [5:12]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Platinum

9th - 10th
Platinum has uses beyond making jewelry as discussed here by Professor Poliakoff. [5:47]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Ytterbium

9th - 10th
Ytterbium has chemical characteristics that make it useful in a laboratory. These are discussed in this video. [3:37]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Erbium

9th - 10th
Erbium is a nuclear poison, which means it has the ability to stop nuclear reactions. This property, along with the others in this video, make erbium an interesting element to learn about. [5:35]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Gadolinium

9th - 10th
If you have had an MRI, you may have come into contact with gadolinium. This video explains more about the chemistry of gadolinium. [2:31]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Terbium

9th - 10th
Terbium may be found in televisions and it has other scientific uses. Learn about them in this video. [3:58]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Neodymium

9th - 10th
Learn about neodymium and the many applications that scientists have found for this element. [3:10]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Xenon

9th - 10th
A look at xenon, specifically the experiment Neil Bartlett performed to learn more about this element. [5:36]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Rhodium

9th - 10th
A look at the rare element rhodium and its properties as a catalyst in chemical reactions. [5:00]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Ruthenium

9th - 10th
A look at ruthenium and its properties as a reactive metal. [6:00]
Instructional Video
University of Nottingham

University of Nottingham: Periodic Table of Videos: Bromine

9th - 10th
A look at bromine, one of the few liquid elements, and its reactive properties that allow it to be used in plastic water bottles and as a flame retardant. [4:56]