Dansk
My IQ Baby e-bog
130,99 DKK
(ekskl. moms 104,79 DKK)
Looking to support and enhance your little one's cognitive development? This captivating collection of black and white images is a perfect tool to do just that. Did you know that infants aged 0-6 months can only perceive contrasts and black and white colors at a distance of 20-30 centimeters (8-12 inches)? That's why this collection has been expertly designed to provide a visually stimulating exp…
Looking to support and enhance your little one's cognitive development? This captivating collection of black and white images is a perfect tool to do just that. Did you know that infants aged 0-6 months can only perceive contrasts and black and white colors at a distance of 20-30 centimeters (8-12 inches)? That's why this collection has been expertly designed to provide a visually stimulating experience that will captivate your baby's attention and promote their cognitive growth.
Featuring carefully curated contrasting and eye-catching designs, this book is an exceptional tool to support your baby's brain development and encourage neural pathways for pattern recognition.
E-bog
130,99 DKK
Undertitel
A collection of intriguing images and patterns for cognitive stimulation in infants.
Forlag
Books on Demand
Udgivet
23.06.2023
Længde
76 sider
Genrer
Picture books: character books
Sprog
English
Format
epub
Beskyttelse
Ingen
ISBN
9788743039747
Looking to support and enhance your little one's cognitive development? This captivating collection of black and white images is a perfect tool to do just that. Did you know that infants aged 0-6 months can only perceive contrasts and black and white colors at a distance of 20-30 centimeters (8-12 inches)? That's why this collection has been expertly designed to provide a visually stimulating experience that will captivate your baby's attention and promote their cognitive growth.
Featuring carefully curated contrasting and eye-catching designs, this book is an exceptional tool to support your baby's brain development and encourage neural pathways for pattern recognition.