Want this question answered?
A sphere Graph
The region of zero electron density is called a "node."
If you were to graph particle size and porosity, it would be a constant slope (horizontal line).Porosity is not affected by particle size.
Not easily becauseThe speed at which waves travel depends on the medium that they are travelling through. For example, the speed is affected by whether or not the wave travels through the mantle or the core.The waves are often reflected back to the surface from the core-mantle boundary.The direction of the wave is affected by diffraction because its speed of propagation varies with the density of the medium.But there are statistical models being developed to get around these problems.
yes. If the data is scattered on the graph, you need to form a LSRL (least squared regression line), which is simply a line of best fit. However, if your data is precise, you can take any point and divide the mass at that point by the volume. If you make the LSRL, do the same thing with a point on the line.
Since there is no graph, no information conveyed by the graph and no list of things that may or may not be inferred, the question may well seem pointless to many readers, while to the rest, it must certainly be judged meaningless.
It's just called the lower mantle if I remember correctly. If not just look up a graph in Google
A graph about masses and volumes would represent density.
it is less dense
Longitudinal Wave jsuniltutorial.weebly.com
Circle graph
Circle graph
A sphere Graph
Circle graph
If much of your data is inferred, then in your presentation, or graph, or chart, you need to explain which part is fact and which is projection and label it all clearly. Presenting the data from which the inferences were made first will help your audience to clearly see the foundation of the projections made.
The slop of a line which represents mass over volume would give you density.
Depends on the sort of graph. Time is common is be on the x axis. Frequency may be fro a Power Spectrum Density Function.