It would be the sum of the areas of each surface separately.
Would be at at 90 degrees to the surface, in other words at right angles. So a line which was perpendicular to a horizontal surface would be vertical.
A surface area would be vital for determining volume
it is just a thermometer that is used to measure temperature of ant.
No. In fact, if they retain their combined volume, their surface area would increase.
Some features you would expect to find in a region with karst topography include sinkholes, caves, underground rivers, and disappearing streams. Karst landscapes are characterized by the dissolution of soluble rocks such as limestone, resulting in unique landforms and geological features.
karst topography will contain mostly easily erodable bedrock, such as limestone and dolomite.
In a region with karst topography, you would typically find features such as sinkholes, which are depressions or holes formed when underlying limestone dissolves and collapses. Additionally, you might encounter limestone caves, created by the erosion of soluble rock by water, leading to intricate underground systems. These features result from the chemical weathering process that characterizes karst landscapes.
Landscape or surface features would be a couple , but topography would describe the shapes.
Topography .
the answer is Topography
An area with karst topography typically features rugged, irregular terrain characterized by sinkholes, caves, and steep limestone cliffs. The landscape may exhibit underground drainage systems, with rivers disappearing into the ground and re-emerging elsewhere. Vegetation can be sparse in some regions due to the thin soil cover over the limestone bedrock. Overall, the scenery is often dramatic, with striking geological formations and unique ecosystems.
near the surface of oceans, lakes,streams or ponds
I am pretty sure it is Topography. And yes it does start with T. :)
Neptune'sTopography, well since Neptune is just a giant ball of water, there really isn't a surface, once you would enter Neptune, you would go through miles of clouds to reach the surface, which would really be the Core of the planet
I highly doubt that 50 inches of snow will completely melt in 2 days. If this is a hypothetical question, then it will depend on a few other things, such as how large the watersheds are, what the snow water equivalent (SWE) is, the topography of the watershed, and the current stage of the rivers and streams. But in general, there would be some major flooding of the rivers.
Topography would relate more to microclimate: 'the physical state of the atmosphere close to a very small area of the earth's surface.." The sunny side of hills will be warmer, the shady side cooler, etc. http://www.bbc.co.uk/weather/features/understanding/microclimates.shtml