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Are most of the bodies in space smaller than pebbles or bigger than boulders?
As space is infinite, no one could possibly answer that. We have difficulty seeing objects as large as Jupiter once we go outside our solar system, let alone another galaxy - we have no chance of seeing pebbles. So, if we take a purely mathematical guess and say there is a fairly equal chance that there will be a fairly even graduation from the smallest to the largest, and we take what we consider is the largest item in space (200 million light-years wide giant green jelly fish - actaully its a Lyman alpha blob - and not really a single object but a gas cloud) there has to be more thing between a pebble (say 100g) and 2E8 Light Years than there are between a single molecule of dust and a pebble.
Are sponges asymmetrical?
Most types of sponges have asymmetrical bodies. There are around 10 thousand different types of sponges found in bodies of water all over the world.
Sometimes the servingsize data on the label is much smaller than most people eat at one time?
true
Why is calculus described as understanding something by looking at small pieces?
Both derivatives and integrals - two of the most important concepts in calculus - are defined in terms of limits; specifically, what happens when something gets smaller and smaller.
What do outliers on a scatter plot indicate?
Simply that there were some observations that were very much smaller or very much larger than most of the rest.
Are most meteoroids smaller than pebbles or bigger than boulders?
Meteoroids are smaller than asteroids; most are smaller than the size of a pebble.
Is a meteor 100 meters?
Some are, but most are much smaller. Most meteors range in size from sand grains to pebbles.
Do pebbles glow in the dark?
Pebbles do not naturally glow in the dark. However, some pebbles are coated with a phosphorescent material that absorbs light and glows in the dark after being exposed to light.
Are most of the bodies in space smaller than pebbles or bigger than boulders?
As space is infinite, no one could possibly answer that. We have difficulty seeing objects as large as Jupiter once we go outside our solar system, let alone another galaxy - we have no chance of seeing pebbles. So, if we take a purely mathematical guess and say there is a fairly equal chance that there will be a fairly even graduation from the smallest to the largest, and we take what we consider is the largest item in space (200 million light-years wide giant green jelly fish - actaully its a Lyman alpha blob - and not really a single object but a gas cloud) there has to be more thing between a pebble (say 100g) and 2E8 Light Years than there are between a single molecule of dust and a pebble.
Boulders carried many miles by a glacier are called?
Boulders that have been carried by a glacier have a couple names, but most commonly they are referred to as glacial boulders or erratics. If you're interested in learning more about glacial boulders, the Iowa Department of Natural Resources has a pretty good article about them; as Iowa and most of the American Midwest were covered by glaciers during the last Ice Age, glacial boulders are fairly common there. http://www.igsb.uiowa.edu/browse/boulders/boulders.htm
What is the 12 stones most popular album?
pebbles,
What inference about the pebbles in the conglomerate is most accurate?
The inference about pebbles in a conglomerate is that they were transported and deposited by a natural process like a river, glacier or wind. The shape and size of the pebbles can provide clues about the distance they were transported and the energy of the transporting agent.
When can you use strength in diamond?
You can use it in most caves to move the big grey boulders out of your way.
Does a pebble float?
Most pebbles will sink in water because they are denser than water. Some types of pebbles may have air pockets that allow them to float briefly before sinking.
Are pebbles magnetic?
Most pebbles are not magnetic because they are typically composed of minerals like quartz, feldspar, and mica which are not magnetic. However, some pebbles may have traces of magnetic minerals like magnetite or hematite which can make them slightly magnetic.
What most likely causes pebbles in a stream to erode?
Pebbles in a stream are most likely eroded by the continuous flow of water, which exerts force on the surfaces of the pebbles. As water flows over and around them, it carries away small particles through abrasion and hydraulic action. Additionally, the movement of other sediment and debris can contribute to the wear and smoothing of the pebbles over time. This process is part of the natural cycle of erosion and sediment transport in river systems.
What shape of pebbles would be the most useful in determining the direction of movement of the glacial advance?
round
