Why is the entrance and exit area of the Ice Palace cooled? The glacier and the ice should actually be cold enough. A man is a radiator! If we walk slowly, we are comparable to a radiator with 150-200 watts. A thermal imaging camera can…
Warum wird der Eingangs- und Ausgangsbereich des Eispalastes gekühlt? Der Gletscher und das Eis sollten ja eigentlich kalt genug sein. Ein Mensch ist ein Heizkörper! Gehen wir langsam, so sind wir mit einem Heizkörper mit 150-200 Watt vergleichbar. Mit einer Wärmebildkamera kann man die unterschiedlichen…
Air pressure can also be measured with the free „PhyPhox“ app. This app can read almost all data from the smartphone sensors on request. Many modern smartphones also measure the air pressure. You can download the app here: Apple-App-Store: Google-Play-Store: Doing the experiment After opening…
Want to see what air pressure can do?Then use your empty plastic beverage bottle for an experiment! Empty your plastic drinks bottle before the descent. Make sure the bottle isn’t crushed.Now close the bottle. You can put it in your backpack or just hold it…
Make the different air pressure visible with an empty plastic bottle! Messure the difference of air pressure with your smartphone!
The pressure on the ears comes from the fact that there is a different pressure outside the ear and in the inner ear. This always happens when the external pressure changes fast. If you take the gondola up the mountain, the air pressure drops, and…
Willst du sehen, was Luftdruck alles kann?Dann nutze deine leere Getränkeflasche aus Kunststoff für ein Experiment! Leere deine Getränkeflasche aus Kunststoff vor der Talfahrt. Achte darauf, das die Flasche nicht eingedrückt ist.Verschließe die Flasche nun. Du kannst sie in den Rucksack packen oder einfach in…
Experiment at home! With the help of a water bubbler you can make clouds in the bottle yourself. Fill a bottle with water and screw it into the sparkling water maker. Press the bubble button while observing the layer of air above the water near…
Use your smartphone and go to the panoramic terrace. Put it on a bar table and take a time-lapse recording of the clouds at the Hoher Dachstein. In the video you can see very well the movement and the change of the clouds.
You want to know why the clouds sometimes cling to the mountain? Here you will find the answers! Tip: You can enlarge the image by clicking the gray box in the top right! Do you have time for some experiments?
