"You are violating copyright if you have not gotten express PERMISSION from the copyright holder OR are using pics that are public domain, creative commons, etc. I didn't know better and I had to learn the hard way. So I want to let you all know now so that you don't have to be a cautionary tale as well."
Thank you so much for sharing this! As an educator, I always believed that if I posted a picture on the district site and just gave credit to where I got the picture I was clear with copyright. Now I know better. Perhaps you've underwent this experience to help so many others like me to better understand copyright...
Assemble or create virtual jigsaws with your own photos and images. A great resource to hide clues, a twist on a multiple choice quiz or answers to homework.
http://ictmagic.wikispaces.com/Photos+&+Images
Another site with access to free photography is STOCK.XCHNG. Some of the listed photos cost, but there is a section of nice photos that are free to use.
This site has virtual versions of handheld computer games from the past. It makes me feel very old. Some of these should be in a museum. Great when looking at the history of computing.
http://ictmagic.wikispaces.com/ICT+&+Web+Tools
"Lego seems to never wane in popularity and my class love it. This site allows you to convert a photo into a blockish Lego image - great for profile pictures and class displays."
L'activité magnétique a certes une incidence sur les rayons cosmiques, c'est certain. Mais est-ce que les rayons cosmiques ont une incidence sur le climat et les températures? C'est moins sûr, des expériences sont en cours à ce propos, et les résultats sont semi-concluants», explique l'astrophysicien.
Cet astro physicien semble ignorer les travaux et les conclusion du CERN.
«Lors du 26eme cycle, qui couvre la décennie 2030-2040, les deux vagues magnétiques seront complétement désynchronisées et cela va provoquer une réduction significative de l'activité solaire. Les deux champs magnétiques se reflèteront exactement. Il y aura un pic d'activité en même temps dans les deux hémisphères opposés (…). Nous prévoyons que cela va conduire à des propriétés d'un «minimum de Maunder», a déclaré Zharkova.