It increases it.
A subdivision is the act of dividing land, usually into smaller pieces which are easier to sell or develop, rather than one very large piece. Subdivisions are usually used for housing or residential communities.
You can divide any shape into smaller pieces so that all pieces have the same surface area. However, you can no longer divide an arbitrary shape (including an ellipse) into smaller pieces so that all pieces have the same shape.
0.206 is smaller than 0.214 since 206/1000 is less than 214/1000, in one case you are dividing a thing into 1000 equal parts and taking 206 pieces and in the other case you are dividing the same thing into 1000 equal parts but taking 214 pieces (206 is smaller than 214)
The size of the square doesn't depend on how many pieces you cut it into. The more pieces it's divided into, the smaller the pieces have to be, but the whole thing is still the same four-inch square. If you could make something bigger by dividing it into more pieces, we'd all be buying steaks and roasts and making ground beef at home.
By integration, which basically means dividing the object into small pieces.
Segmentation
greater surface area to volume ratio greater the rate of dissolution it will dissolve faster if broken into smaller pieces hence smaller = faster
it doesnt
yes
Segmentation is process of dividing data streams into smaller pieces suitable for transmission. This done so it can fit into a transmission control protocol or TCP segment so it does not violate the rules concerning the maximum data amount in a segment.
As a substance is broken, the surface area greatly increases. For example a 2 meter cube has a total surface area of 24 square meters. If a 1 meter cube is cut out of one corner, the total surface area is now 30 square meters.
to increase surface area
It is helpful because it increases surface area available for the chemical weathering process.
It is the amount of surface of a solute that is exposed to the solvent. The smaller the pieces of the solute are, the larger the surface area that is exposed to the solvent.
to increase surface area
The rate of weathering also depends on the surface area that is exposed. Mechanical weathering breaks rocks into smaller pieces. As the pieces get smaller, their surface area increases. When this happens, there is more total surface area available for chemical weathering. The result is that weathering has more of an effort on smaller particles.
It's a cumulative effect, the surface area difference of the large vs small pieces increases as melt does. Besides over time, the smaller pieces of ice have a greater surface area exposed to the liquid associated with the large pieces, smaller pieces have a larger surface area exposed as a ratio to their overall mass as time goes on.