The rest of the book broadens into a wide cultural survey as Dr Orme describes the skills and ideas which noble children learnt. He explains how they mastered speech and literacy; worship and behaviour; dancing, music and applied art; athletics and training for war. This part of the study is a handbook of noble pursuits in medieval times. In his final chapter the author considers the nature of noble education in the middles ages, and examines how and whether it changed at the Renaissance.
Nicholas Orme has written a comprehensive study, spanning 450 years of English history and making a major contribution to social and cultural history, as well as the history of education. His book will be invaluable to historians and medievalists of all disciplines, and essential reading from those who study the Renaissance.
The rest of the book broadens into a wide cultural survey as Dr Orme describes the skills and ideas which noble children learnt. He explains how they mastered speech and literacy; worship and behaviour; dancing, music and applied art; athletics and training for war. This part of the study is a handbook of noble pursuits in medieval times. In his final chapter the author considers the nature of noble education in the middles ages, and examines how and whether it changed at the Renaissance.
Nicholas Orme has written a comprehensive study, spanning 450 years of English history and making a major contribution to social and cultural history, as well as the history of education. His book will be invaluable to historians and medievalists of all disciplines, and essential reading from those who study the Renaissance.
From Childhood to Chivalry: The Education of the English Kings and Aristocracy 1066-1530
284
From Childhood to Chivalry: The Education of the English Kings and Aristocracy 1066-1530
284Hardcover
Product Details
| ISBN-13: | 9781138304130 |
|---|---|
| Publisher: | Taylor & Francis |
| Publication date: | 08/10/2017 |
| Series: | Routledge Revivals |
| Pages: | 284 |
| Product dimensions: | 5.44(w) x 8.50(h) x (d) |