You can't very easily ski uphill, but if it's a little one you can. What you do is get a lot of speed from a steep hill and at the bottom if there's a hill you should be able to get up!
Momentum. :]
Water can defy the force of gravity and flow uphill. This is possible when a device called a hydraulic ram is used. A wick action such as a rope can cause the water to flow uphill.
lots of carving and smooth transitions, it also depends on the kind of ski, parabolics take much less effort,shift your feet so the uphill ski is slightly ahead, use a pole plant to help push the uphill foot forward. longer straight skiis need lots of weight on the downhill foot and a little more strength. the turns you're explaining are advanced so it will take lots of practice
No.
There are several ski lift passes available at Breckenridge. Some possible options are the Epic Ski Pass and the Tahoe Interchange Ski Pass. You can find them on the Ski Bundle website.
The uphill journey is a pull; the motors must pull the weight uphill. The downhill journey while of course being influenced by the pull of gravity is simply not enough by itself to power the entire thing. There is no pushing involved.
Where the athlete's do tricks and ski on the bumps. They must keep their feet as close as possible.
Yes, actually. In some countries people ski with twin tip skis, skis where both ends are elevated so they can go backwards. In some countries people ski on one wide ski sideways in soft boots and drag their knuckles. In other countries people ski uphill even! On the moon, robots go skiing.
Of course, it is possible during the winter.
Once the skiers go uphill by a cable car or lift, they gain potential energy. This potential energy is converted into kinetic energy once the skiers start to ski down the slope.
No it does not but in the winter it is possible to snow-ski in Hawaii on the 4000m plus high volcanoes. A vehicle is needed as there are no lifts.
No you can't make water go uphill for 1600 miles