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Tim and his dog dig up lots of mud in Dig, Dig, Dig!. Level 1+ Songbirds Phonics books focus on matching one sound to one letter, for example o as in dog. The focus phonics in this book are r l d b h i u s m t g p a o n. Oxford Reading Tree Songbirds Phonics are highly decodable, beautifully illustrated stories written by best-selling author Julia Donaldson. The series contains a variety of storylines, rhyme, rhythm and genre ensuring there is something for every child to enjoy. The rich, patterned language in the stories is decodable making them perfect for children to practise their phonics. Songbirds Phonics can be used as a complete phonics programme, or the individual books can be used for phonics practice alongside any other phonics programme. Each book contains inside cover notes to support parents/carers with their children's phonics practice and comprehension.
All the favourites are here in this bright, bold picture book for machine-mad little ones - from diggers and tractors, to cranes, bulldozers and more! With fun, rhyming text and vibrant artwork, this is perfect for sharing and reading aloud. Children will love spotting all the details on each page and joining in with all the different sounds; as tractors 'squelch' through the mud and dumper trucks go 'crash!'. Part of the best-selling Awesome Engines range.
A canine construction crew gets down to work in this I Can Read adventure! Top dog Duke and his crew of construction-worker dogs are hard at work building a new park. They need lots of cool equipment to help them dig, haul, push, and plow—like a backhoe, dump truck, bulldozer, and grader. But what happens when the crew finds something unexpected buried deep in the ground? Adapted from the author’s popular picture book of the same title, Dig, Dogs, Dig is a Level One I Can Read book, which means it’s perfect for children learning to sound out words and sentences.
CLOZE Vocabulary And More Workbooks. Your students will enjoy these vocabulary workbooks and, at the same time, increase their vocabulary skills, improve their word recognition and understanding of multiple meanings. Basic vocabulary skills are reinforced through the use of modified cloze procedures and multiple-choice questions. Degree of difficulty progresses from lesson to lesson and level to level. Word-changing skills include: Forming Plurals; Forming Plural and Singular Possessives of Nouns; Forming Present and Past Tense Verbs; Forming Present Participle Verbs; Forming Adjectives from Nouns; Forming Comparative and Superlative Adjectives; Adding Prefixes/Suffixes to Nouns. Each reproducible workbook contains 30 lessons with seven exercises per lesson. 10 key words per lesson are included. Dictionary entries, progress chart, and answer keys are provided.
The third edition of Current Cardiovascular Drugs is designed to provide an updated practical compendium of current knowledge regarding cardiovascular drug therapy in a concise, easily readable format. The book is organized into chapters by drug class, and details the pharmacologic characteristics of specific treatment entities. The clinical efficacy and limitations of the various drug therapies are discussed using supportive reference material from the most authoritative sources and published clinical trials.
The arithmetic and geometry of moduli spaces and their fundamental groups are a very active research area. This book offers a complete overview of developments made over the last decade. The papers in this volume examine the geometry of moduli spaces of curves with a function on them. The main players in Part 1 are the absolute Galois group $G {\mathbb Q $ of the algebraic numbers and its close relatives. By analyzing how $G {\mathbb Q $ acts on fundamental groups defined by Hurwitz moduli problems, the authors achieve a grand generalization of Serre's program from the 1960s. Papers in Part 2 apply $\theta$-functions and configuration spaces to the study of fundamental groups over positive characteristic fields. In this section, several authors use Grothendieck's famous lifting results to give extensions to wildly ramified covers. Properties of the fundamental groups have brought collaborations between geometers and group theorists. Several Part 3 papers investigate new versions of the genus 0 problem. In particular, this includes results severely limiting possible monodromy groups of sphere covers. Finally, Part 4 papers treat Deligne's theory of Tannakian categories and arithmetic versions of the Kodaira-Spencer map. This volume is geared toward graduate students and research mathematicians interested in arithmetic algebraic geometry.
This book focuses on the development of circuit and system design techniques for millimeter wave wireless communication systems above 90GHz and fabricated in nanometer scale CMOS technologies. The authors demonstrate a hands-on methodology that was applied to design six different chips, in order to overcome a variety of design challenges. Behavior of both actives and passives, and how to design them to achieve high performance is discussed in detail. This book serves as a valuable reference for millimeter wave designers, working at both the transistor level and system level.