A world of discovery - Tom Tits Experiment Tom Tits Experiment is a huge building filled with experiments for young and old to try out together. This is where science and technology for children are really cool. Come in and have a go, and discover all that you didn’t know that you knew. Tom Tits Experiment – the famous Swedish Science Centre Bring the family on a visit to our huge building full of experiments. What can you do at Tom Tits Experiment? We have four floors full of hundreds of experiments that attract children, adults, and everyone in between. 20+ Home Science Projects for Kids 52.6k Shares Here are 20+ awesome and FUN Home Science Projects for Kids! These have ALL been tried and tested by ourselves and our kids – we hope you will enjoy them all as much as we have! Learn How Plants Absorb Water – a FUN way for kids to witness how plants absorb water and nutrients!DIY Lava Lamp Experiment – this was so much bubbly FUN!Make your own Magic Aqua Sand! Bubbling Quicksand – a bubbly sensory experiment that gives quick results – great for all ages.Dragon Sand Volcano – create your own erupting volcano! If you want to become a Fellow Fun Mum Member & receive all of our fun craft, recipes & activities as well as special offers & promotions – click the button on our home page : )
Teoría cinética La teoría cinética de los gases es una teoría física y química que explica el comportamiento y propiedades macroscópicas de los gases (Ley de los gases ideales), a partir de una descripción estadística de los procesos moleculares microscópicos. La teoría cinética se desarrolló con base en los estudios de físicos como Daniel Bernoulli en el siglo XVIII y Ludwig Boltzmann y James Clerk Maxwell a finales del siglo XIX. Esta rama de la física describe las propiedades térmicas de los gases. Estos sistemas contienen números enormes de átomos o moléculas, y la única forma razonable de comprender sus propiedades térmicas con base en la mecánica molecular, es encontrar determinadas cantidades dinámicas de tipo promedio y relacionar las propiedades físicas observadas del sistema con estas propiedades dinámicas moleculares en promedio. Historia[editar] En 1871, Ludwig Boltzmann generalizó los logros de Maxwell y formuló la distribución de Maxwell-Boltzmann. Características[editar] Presión[editar]