2pc Promotional Sherlock Bones Book Collection Set 6-9Y+
Step into the exciting world of math mysteries with the "Sherlock Bones" book set, authored by John Bigwood. These engaging and educational stories follow the clever and curious character of Sherlock Bones, a dog detective with a nose for numbers, as he unravels mathematical challenges and embarks on adventures that bring math concepts to life.
In "Sherlock Bones & the Addition & Subtraction Adventure," young readers are invited to join Sherlock Bones as he uses his mathematical prowess to solve problems involving addition and subtraction. Through captivating storytelling and interactive elements, readers are drawn into the mysteries alongside Sherlock, learning valuable math skills while enjoying the thrill of a detective adventure.
"Sherlock Bones & the Times Table Adventure" continues the mathematical journey with Sherlock as he tackles the world of multiplication and times tables. With Bigwood's creative storytelling and engaging characters, readers accompany Sherlock on a quest to unravel the mysteries of multiplication, making math concepts accessible and enjoyable.
John Bigwood's approach to merging math education with storytelling is both innovative and effective. The "Sherlock Bones" book set provides young readers with an entertaining way to understand and practice essential math skills. By combining engaging narratives with interactive challenges, these stories not only foster a love for reading but also promote a positive attitude towards learning math.
The "Sherlock Bones" book set is a fantastic resource for parents, educators, and young readers seeking to enhance their math proficiency while being entertained by clever characters and intriguing plots. With these books, children can embark on exciting adventures that transform math from a daunting subject into a thrilling puzzle to solve, all in the company of the charming and resourceful detective, Sherlock Bones.
Includes:
1 x Book Set
Packaging may change at anytime, but your favourite books will stay the same
