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-- card: 29152 from stack: in -- bmap block id: 29192 -- flags: 0000 -- background id: 3818 -- name: Sn -- part 1 (button) -- low flags: 00 -- high flags: A003 -- rect: left=380 top=300 right=322 bottom=480 -- title width / last selected line: 0 -- icon id / first selected line: 0 / 0 -- text alignment: 1 -- font id: 0 -- text size: 12 -- style flags: 0 -- line height: 16 -- part name: Main Menu ----- HyperTalk script ----- on mouseUp go to card "intro2" end mouseUp -- part 2 (field) -- low flags: 00 -- high flags: 2000 -- rect: left=50 top=137 right=297 bottom=484 -- title width / last selected line: 0 -- icon id / first selected line: 0 / 0 -- text alignment: 0 -- font id: 3 -- text size: 12 -- style flags: 256 -- line height: 16 -- part name: -- part 3 (button) -- low flags: 00 -- high flags: A003 -- rect: left=35 top=298 right=321 bottom=162 -- title width / last selected line: 0 -- icon id / first selected line: 0 / 0 -- text alignment: 1 -- font id: 0 -- text size: 12 -- style flags: 0 -- line height: 16 -- part name: Repeat Segment ----- HyperTalk script ----- on mouseUp go to card "cub1" end mouseUp -- part contents for card part 2 ----- text ----- The "diamond" lattice is also the structure for silicon, germanium, and "grey" tin, which are members of the same periodic group of elements. Grey tin is a non-metallic form of elemental tin which is the stable form at low temperatures. Grey tin has a density about 80% of that of of metallic tin. The non-directional nature of the metallic bond allows closer packing in the metallic form.