Floppy's Phonics Decoding Practice: Level 5 Class Pack of 36

Floppy's Phonics Decoding Practice: Level 5 Class Pack of 36
Author/Publisher: Oxford University Press
Target Audience: Early readers, particularly children in Year 3 and Year 4 (ages 7-9) who are advancing their phonics skills and comprehension.

Key Features:

• Comprehensive Content: This class pack includes 36 titles focusing on higher-level phonics concepts, incorporating complex sounds and diverse vocabulary to enhance reading fluency and confidence.
• Clear Explanations: Each book provides concise explanations of advanced phonics rules, allowing students to decode and understand increasingly difficult texts.
• Practice Questions: Engaging practice activities accompany each title, reinforcing phonics skills and allowing learners to apply their knowledge through fun exercises.
• Exam Focused: While not specifically designed for exams, the structured approach prepares students for future assessments by solidifying their reading and decoding abilities.
• Interactive Elements: Colorful illustrations and captivating storylines create an interactive reading experience, motivating young readers to engage actively with the texts.
• Curriculum Alignment: The content is aligned with phonics education standards, ensuring it supports classroom instruction effectively.

Educational Value:
This class pack helps students master key phonics skills and build reading proficiency, laying the groundwork for successful academic achievement and fostering a lifelong love of reading.

Format and Quality:
Available in paperback format, this pack includes 36 individual titles, each featuring high-quality full-color illustrations and durable pages suitable for frequent use by young readers.

Why Choose This Book:
Ideal for teachers and educators looking to enhance early literacy instruction, this class pack nurtures reading development while making learning enjoyable and effective.

Available at Books for the Future with delivery to all cities in Iraq and the Kurdistan region.