Twirling Skye
My name is Skye, and I am eleven years old. I belong to Riverside Reflections, which is a baton twirling team.
My mum teaches us how to twirl, and sets our routines for us. She started twirling when she was five years old, which is quite a long time ago!! I started doing it properly when I was about five.
If you don’t know what twirling is, I’ll try to explain. A baton is a metal stick that is weighted at both ends, and has rubber to cover these ends. It is quite heavy, and hurts if it hits you, so you have to practise lots so you don’t drop it on your head!
Prehistoric Art
When we visit art galleries or learn about art in school, we tend to think of paintings on canvas, sculpture or photographs. Often these will be clearly recognisable as people or objects like food and flowers, and we can relate to them as familiar in some way.
Art and pictures have been around ever since people first were recognised as human by historians, in pre-historic times. Prehistoric simply means history which dates before written accounts are available to study. The earliest humans did not have writing with which they could communicate and this means that art and pictures were even more important to them.
Winter Wonderings – Are Snowflakes Really All Different?
It’s a common belief that no two snowflakes are the same, and in a way this is true. No snowflake can ever be completely identical to another, because when you get down to the molecular level they will have slightly different kinds of water molecules, different electrons and different traces of other materials such as specks of dust.
However, if we’re talking only about the appearance and shape of a snowflake, then yes it is possible that some will have duplicates. Snow crystals can vary from fairly simple, hexagonal structures to the more complex and delicate shapes that we commonly think of as snowflakes.
The simple flakes have far fewer molecules than their larger cousins and so it’s entirely possible that you could find two that appeared identical when viewed through a microscope. The more complex structures, however, can have more than a hundred different features and each feature can form in a number of different ways. This makes it highly unlikely that you would ever find two large snowflakes that looked the same – but you could have fun trying!
For a more detailed explanation of the science behind the forming of snowflakes, check out this video
Ailsa, our ContiReporter at Women’s U17 EUROS – Day One
