Because of bending of light or refraction whenever kight enter into air from water or vice verse.
A reactor vessel in a boiling water reactor is approximately 300 tons.
A wave is visible evidence.
First prime the pump by pouring some water in the top. Then raise and lower the lever to pump out the water.
The underwater portion of an iceberg IS bigger than the portion that is visible above water.
Buckets. In particular, you can use a bucket chain.
Pouring water into randomly shaped vessel. Water balloons.
By pouring your solution into a vessel containing the water you wish to dilute it with.
Since the times of Babylon, Aquarius has been depicted as a male figure pouring water from a vessel.
the boy is pouring water away the rain is pouring down
It would help to have some context, but the exact translation of "pouring water" is versant de l'eau.I am pouring water = Je verse de l'eau
The act of baptizing; the application of water to a person, as a sacrament or religious ceremony, by which he is initiated into the visible church of Christ. This is performed by immersion, sprinkling, or pouring.
By pouring it in the water.
antifreeze (Water) pouring down the front of the engine is from the water pump.
Motion of the vessel (pouring) or irregularities around the mouth initiate a radial motion. If air enters the vessel, the increased flow sends the liquid further out (inertial forces against the neck of the vessel) and a vortex can build up. (Do not get fooled into thinking the Coriolis effect has anything to do with it- the Coriolis effect only plays a part in very large systems such as weather patterns)
pouring water on the tiles is more dangerous than pouring water outside on the road and as such one should try as much to always clean up the ground of a tiled place before it becomes hazardous.
liquid
Which water are you speaking of? The water in a vessel, I presume? heat can go into the water, the vessel/container, the air around the vessel, and the structure holding the vessel, and the structures in the vicinity