OK shut up with the balloon stuff OK listen to me I'm twelve :). first you have to have a full sink of water then empty your mind only think of your inner chi flowing through your body just like water then imagine it coming out of your hands now keep it in your mind slowly stand up with your eyes closed and imagine the chi still coming out of your hands and connect it with the water and move your hands very slowly back and forth and if that don't work write back and i have other things and Ive water bended before and i still do and it does work keep your hopes up
yes, they can.
Good god, how many times am I going to see this question? No! There is no season four! Book 1: Water---- Aang learns how to water-bend from Katara. Book 2: Earth---- Aang learns to Earth-bend from Toph. Book 3: Fire---Aang learns to Fire-bend from Prince Zuko. There is no point in a Book 4 seeing as he already knows how to Air-bend!
Actually this could be possible, why dont you follow these steps. These steps will allow you to "water bend". Take water bottles (purrified) and put them into freezer, when you se ice particals starting to form under the cap take the water bottle out GENTLY, then just hit the watter at its side and bam, you froze water. The reason for this is simiply because the water wants to freeze when you see the ice particals, but the waer needs that push.
go to 4nation-elements.webs.com to learn to bend even blood bending!!!!!!!! no, but he can soul bend
The University of Notre Dame is in South Bend, Indiana.
Water
No. Water droplets bend light to make rainbows.
The speed of water at a river bend flows much faster and deeper on the outside of the bend. On the inside of the bend the velocity is much slower and shallower.
In water, the refracted ray will bend towards the normal, while in vegetable oil, the refracted ray will also bend towards the normal, but to a greater degree compared to water.
The ray will bend towards the normal.
As the river flows around the outside of the bend, it accelerates just like when a car goes around a bend. The water, like a car, is pulled toward the outside of the bend through centripetal force (which is why road bends are often banked). The same thing happens to the water surface. It actually rises around the outside of the bend. This higher elevation of the water surface means that the water on the outside of the bend is slightly deeper than the inside. Since water always tries to seek a level surface, the water on the outside of the bend actually flows downward, along the bottom and comes back up on the inside of the bend. This secondary current pushes material from the outside of the bend back up on the inside of the bend - and that's where sand bars come from. So the combination of accelerated flow around the outside combined with the secondary current moving downward erodes the outside of the river bend.
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The moon can bend water. I don't think there are any humans that can bend though.
As the river flows around the outside of the bend, it accelerates just like when a car goes around a bend. The water, like a car, is pulled toward the outside of the bend through centripetal force (which is why road bends are often banked). The same thing happens to the water surface. It actually rises around the outside of the bend. This higher elevation of the water surface means that the water on the outside of the bend is slightly deeper than the inside. Since water always tries to seek a level surface, the water on the outside of the bend actually flows downward, along the bottom and comes back up on the inside of the bend. This secondary current pushes material from the outside of the bend back up on the inside of the bend - and that's where sand bars come from. So the combination of accelerated flow around the outside combined with the secondary current moving downward erodes the outside of the river bend.
yes, they can.
When a straw meets water, the water molecules are attracted to the straw due to the force of surface tension. This attraction pulls the water up the sides of the straw, causing it to bend as it follows the shape of the straw.
Stream beds are slowest inside the bend due to the phenomenon of centrifugal force, which causes water to flow faster along the outer edge of the bend. As the water moves around the curve, it erodes the outer bank and deposits sediment on the inner bank, where the flow velocity is lower. This reduced velocity inside the bend allows sediment to accumulate, creating a point bar. Consequently, the inner bend experiences slower water flow compared to the outer bend.