"I just thought that it was magical having to glide across the ice"
- Debi Thomas
About this Quote
In this quote, Debi Thomas expresses her awe and wonder at the experience of moving across the ice. The word "wonderful" recommends a sense of magic and marvel, as if the act of skating on ice is almost otherworldly. Making use of the word "slide" likewise contributes to this sensation, as it conveys a sense of simple and easy movement and grace. Thomas's choice of words conveys her deep gratitude for the beauty and pleasure of skating, and the method it makes her feel. Overall, this quote captures the wonderful and nearly heavenly experience of skating on ice.
This quote is written / told by Debi Thomas somewhere between March 25, 1967 and today. He/she was a famous Athlete from USA.
The author also have 13 other quotes.
"I have always been delighted at the prospect of a new day, a fresh try, one more start, with perhaps a bit of magic waiting somewhere behind the morning"
"The skills that we have are the actual magic skills - not the performing skills. We have to separate those. But the actual skills that make the tricks work, we don't get to use again"
"I always wanted to go to the Chavez school but I could never afford it when I was growing up so a lot of my learning came from magic books and watching other magicians. I was also very lucky that I had a couple of really good magic teachers"
"Reviewers said Ghost Country was rich, astonishing and affecting in the way it blended comedy, magic, and a gritty urban realism in a breathtaking ride along Chicago's mean streets"
"The first fall of snow is not only an event, it is a magical event. You go to bed in one kind of a world and wake up in another quite different, and if this is not enchantment then where is it to be found?"
"The Polar Express is about faith, and the power of imagination to sustain faith. It's also about the desire to reside in a world where magic can happen, the kind of world we all believed in as children, but one that disappears as we grow older"
