Book details
Solitary Cyclist (easy Classics)
Description
An illustrated adaptation of Sir Arthur Conan Doyle's classic Sherlock Holmes mystery - at an easy-to-read level for readers of all ages! Also includes a QR code for the free audiobook!
Dear Mr Holmes,
It has happened again. The strange bearded man on the bicycle followed me this morning. I tried suddenly turning and racing towards him, but he was just as quick.
When Violet Smith gets a new job, a new friend and a new home, life seems almost perfect … until the solitary cyclist appears. He follows her every week, along the same stretch of road. Why? That's what Holmes and Watson need to work out, before this seemingly simple case turns into something far more sinister.
Age
7-9
Text complexity
intermediate
Length
112 pages
Book in series
#1
Why to read
- Introduces Young Readers to Classic Literature: 'Solitary Cyclist (Easy Classics)' by Stephanie Baudet is an adaptation of Arthur Conan Doyle's Sherlock Holmes story, making it accessible for younger audiences or those learning English. It's a great way to introduce the timeless tales of the famous detective in a more digestible format.
- Develops Critical Thinking Skills: As with any mystery novel, readers are encouraged to think critically and follow the clues alongside the protagonist. This adaptation maintains the essence of the original story, prompting readers to engage with the plot and try to solve the mystery before Sherlock Holmes does.
- Enhances Vocabulary and Reading Comprehension: The 'Easy Classics' series is designed to help readers improve their language skills. By presenting the story in a simplified manner, it helps in building vocabulary and understanding complex narrative structures in a more approachable way.
- Entertainment and Moral Lessons: Not only is 'Solitary Cyclist' an entertaining story that keeps readers engaged, but it also imparts valuable lessons about bravery, intelligence, and persistence. The story provides a platform for discussing ethics and the importance of observation and deduction in problem-solving.