No Starch Press,US (9781593276133 / illustrations) - Dimensions: 236 x 230 x 18 mm - Edition statement: 6th print. - Format: 192 pages - Height: 237 mm - Spine width: 19 mm - Width: 381 mm - No Starch Press
Explore the fundamentals of Mandarin with this concise guide that teaches 800 essential characters through visual cues and mnemonic techniques, perfect for beginners aiming to master HSK levels one to three.
(9780486272986 / 27144340) - Country of publication: UNITED STATES - Dimensions: 278 x 210 x 4 mm - Dover Publications Inc. - In Print - ISBN: 9780486272986 - Number of pages: 48 - Publication date: Mon Feb 01 00:00:00 GMT 1993
(9781944515652) - Dimensions: 246 x 267 x 25mm | 680g - Format: 112 pages - Blue Star Press - United States - Paige Tate & Co. - ISBN: 9781944515652 - Languages: English | Hand lettering & Adorable Sarah' s hand-lettered
(9781584796725) - Dimensions: 216 x 241 x 19.81mm | 920.79g - Format: 144 pages - ISBN: 9781584796725 - Languages: English - New York, United States - Stewart, Tabori & Chang Inc | Printing by Hand
(9780486225722) - Dimensions: 198.12 x 269.24 x 25.4mm | 952.54g - New edition - New York, United States - Dover Publications Inc. - Format: 396 pages - ISBN: 9780486225722 - Languages: English | Leonardo da Vinci & Emerges The portrait
(9780823098439) - Height: 217 mm - Spine width: 19 mm - Width: 266 mm - Watson-Guptill - Potter/Ten Speed/Harmony/Rodale - ISBN: 9780823098439 - Number of pages: 224 - Languages: English - Publication date: 31 Oct
(9781940655215) - Country of publication: UNITED STATES - Dimensions: 216 x 254 x 12mm | 524g - Format: Paperback | 144 pages - Publication date: 06 Dec 2016 - Weight: 520 grams - Lucky Spool Media - In Print
(9781608878185) - Country of publication: UNITED STATES - Format: 96 pages - Insight Editions - San Rafael, United States - Out of stock at the publisher - ISBN: 9781608878185 - Page count: 96 - Languages: English | Inspired by Dean
Explore how to animate everyday objects with practical gear trains, linkages, and actuators; step‑by‑step projects show motion control for robotics, kinetic art, and prototype testing.