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Large Notebook 8.5" x 11" (21.59 x 27.94 cm, A4 size is 21.0 x 29.7 cm) 100 pages One inch square grid with no borders Numbered pages Additional 4 pages (at the end) to fill-in table of contents or write notes Durable soft cover with matte finish for a nice look and touch Multipurpose paper Grades prek, K - 2 One inch square graph paper is ideal for math based learning activities, fine motor practice of young kids including those with learning disorders, visual challenges, disgraphia, written expression diagnosis, etc. Lovers of football squares (Super Bowl board) and other Pen & Paper games also enjoy it. The numbered pages and blank table of contests at the end make a breeze to find what was done, notes, etc. The author also offers the book with a grid without margins as well as books with other square grid sizes (1/2, 1/4 and 1/5 inch, and 1cm square), and various non square types of the grid papers.
A4 Engineering Computation Pad Perfect notebook for engineering, mathematics, design, architecture and science-related project/work * Computation pad * 5mm quad ruled (approx. 5 squares per inch) * 8.27 x 11.69 Inches / 21 x 29.7 cm * 90 gsm white paper * Each page with headline margin, plus left and right margins * High quality durable mate finish cover
This workbook features pages with a 2 CM diamond graph
Blank (1/4 inch square-grid) composition notebook for the most epic and creative games ever played. Draw maps, create monsters, forge weapons, invent spells, design characters, write narrations, plan campaigns, etc. Made from the bark of thousand-year-old Gridwoods in the enchanted forest of Darkleaf, and printed with ink from the distilled Ambrosia of Everthought, this seemingly ordinary quad-rule notebook is in fact imbued with epic and mysterious power - and gives the bearer: +10 Creativity. Specs: 50 sheets/100 pages | 60 lb cream paper | 4x4 sq/in | double-sided | paperback binding | 9.75 x 7.5 in
2MM Graph Paper workbook
Ever since its original publication in Germany in 1938, Max Schweidler's Die Instandetzung von Kupferstichen, Zeichnungen, Buchern usw has been recognized as a seminal modern text on the conservation and restoration of works on paper. To address what he saw as a woeful dearth of relevant literature and in order to assist those who have 'set themselves the goal of preserving cultural treasures, ' the noted German restorer composed a thorough technical manual covering a wide range of specific techniques, including detailed instructions on how to execute structural repairs and alterations that, if skilfully done, can be virtually undetectable. By the mid-twentieth century, curators and conservators of graphic arts, discovering a nearly invisible repair in an old master print or drawing, might comment that the object had been 'Schweidlerized.' This volume, based on the authoritative revised German edition of 1949, makes Schweidler's work available in English for the first time, in a meticulously edited and annotated critical edition. The editor's introduction places the work in its historical context and probes the philosophical issues the book raises, while some two hundred annotati
Graph Paper Notebook 1 inch squares double-sided non-perforated thick solid lines Notebook size: 8.5 inches x 11 inches
Setting out the principles of stereology from a statistical viewpoint, this book focuses on both basic theory and practical implications. The authors discuss ways to effectively communicate statistical issues to clients, draw attention to common methodological errors, and provide references to essential literature. The first full text on design-bas
This is the new edition of the WHO laboratory manual which incorporates recent developments in procedures and techniques useful to small laboratories in developing countries. It provides a practical guide to the safe and accurate performance of basic laboratory techniques and identifies simple, economical procedures that can yield accurate results with limited resources in hot, humid climates. Issues covered include: the use of a microscope and laboratory balances, centrifugation, measurement and dispensing of liquids, cleaning and sterilisation of equipment, disposal of laboratory waste, dispatch of specimens to reference laboratories and laboratory safety; examining different specimens for helminths, protozoa, bacteria and fungi, and techniques for the preparation, fixation and staining of smears; the examination of urine, cerebrospinal fluid and blood, including techniques based on immunological and serological principles.