It depends on how strong the wind is, and where and how far reaching that wind is. Also, if there is little vegetation to trap the sediment, more of it will be carried away by the winds. The classic example of this would be the dust bowl in America. This was caused by bad farming methods, which stripped the west of it's native grass. THis allowed Huge dust storms to blight the whole Midwest, and in one case, carried dust and sand from the far west all the way to the Atlantic Ocean! So basically, size of particles, wind speed and opportunity for erosion all play into how dust is carried in the winds
The greater the streams rate of flow, the greater the amount of erosion, the larger the sediments.
It doesn't ... its always changing.
Liquid water.
semi-permeable
crushing particles of solute
bedload
sorting
Get a giant net
Relative to liquids and gasses, they have the least amount of energy. In terms of the actual particles themselves, the amount of energy they possess depends on their structure and composition along with the temperature.
water moves a greater amount of sediment in a much faster way
The greater the streams rate of flow, the greater the amount of erosion, the larger the sediments.
china
This is when the sediment has only been in the system for a short amount of time. It is characterised by being unsorted, angular and having a variety of sediment/minerals in its composition.
Factors that affect Coulomb's Law includes the particle charge and the distance between the charges. Coulomb's Law states that the force between the charged particles is related to the amount of charge each of the particles carries.
It depends on what tanks the question is about? Assuming a water tank, water entering the tank will have a certain amount of sediment, even tap water. The sediment may be so fine as not to be obvious. But, over time, the sediment may form a scum lining the tank and valves. Periodically, the tank needs to be emptied and cleaned out.
All molecules vibrate. The amount depends on how hot or cold the object is. The vibrations are movement.
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