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Overhead Isotope Detector—Demonstration Kit

By: Irwin Talesnick and John Eix, Retired, , Queen's University, Kingston, Ontario, Canada

Item #: AP7396 

Price: FREE

In Stock.

In the Overhead Isotope Detector Demonstration Kit with an overhead projector, steel spheres are magnetically separated by mass to simulate isotope separation. Students will study the path of each sphere and determine mass ratios.

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This item can only be shipped to schools, museums and science centers

Product Details

Except for a very few elements, no atoms of any element have the atomic mass listed in the periodic table. This is due to the existence of isotopes. In this demonstration with an overhead projector, steel spheres are magnetically separated by mass to simulate isotope separation. Based on the unique path of each sphere, students make calculations to determine mass ratios of the sphere “isotopes” and the average atomic mass of the spheres. Enough reusable materials are included to perform the demonstration an unlimited number of times.Concepts: Indirect measurement, atomic structure, inference. Time Required: 20 minutes Materials Provided: Picture frame and glass, neodymium magnets, launching ramp, glass marble, steel spheres, marking pen.

Specifications

Materials Included in Kit: 
Glass marble, 14 mm
Isotope detector transparency
Labels, round, yellow, ¾", 8
Neodymium magnet, ½" x ⅛", 2
Picture frame, 8½" x 11"
Steel ball ramp
Steel ball, solid, ½"
Steel ball, solid, ¾"
Steel ball, solid, "