In a literary work, film, story or other narrative, the plot is the sequence of events where each affects the next one through the principle of cause-and-effect. The causal events of a plot can be thought of as a series of events linked by the connector "and so". Plots can vary from the simple—such as in a traditional ballad—to forming complex interwoven structures, with each part sometimes referred to as a subplot or imbroglio. In common usage (for example, a "movie plot"), however, it can mean a narrative summary or story synopsis, rather than a specific cause-and-effect sequence.
Plot is similar in meaning to the term storyline. In the narrative sense, the term highlights important points which have consequences within the story, according to Ansen Dibell. The term plot can also serve as a verb, referring to the writer's crafting of a plot (devising and ordering story events) or to a character's planning future actions in the story.
Hi everyone
I need some help with an elementary problem...I have to sketch the region described by
[tex]max(|x|,|y|) \leq 1[/itex]
I know what max and mod (absolute value) mean but I'm just troubled because of the occurence of |y|. Any help would be appreciated...
PS--This is not...
Hi all,
recently we've been practising drawing a plot of two-variables functions (we're currently doing metric spaces).
Well, I don't know how to guess the plot for let's say:
f(x, y) = \sqrt{x^2 + y^2}
One guy came to the blackboard and drew it quite quickly :frown:
Thank you...
hello all
how would one prove that \lim_{n\rightarrow\infty}\frac{x^{n+1}}{(n+1)!}=0 \forall x\in\Re now when i try to plot it on mathematica for x=200, on the plot it displays that 200^{n+1}>(n+1)! how could it possibly converge for any value of x? the reason why i need to prove this is...
x(t)= \left( u\cos A \right) t
and
y(t)= \left( u\sin A \right) t - \frac{gt^2}{2} + h
represent the horizontal and vertical coordinates of a batted or thrown baseball. A is the initial angle of elevation and u is the initial speed of the ball. I need to plot x(t) and y(t)...
Hi, I was really hoping someone could help me...
I have a beam, simply supported and I place 2 point loads on it (equidistant from either end). I measure a range of deflections (of the beam) using gauges as I increase the loads (always having the same load at each point). I measure these...
What would you call the scale on the Y axis that would plot a sine or cosine wave as a straight lined saw tooth pattern?
Is such a graphing style in use and does it have a name?
RB
Hi,
I have got difficulties with the following:a simple RC circuit (scheme of the circuit and measurements attached).
I measured out the bode plot and now I have to find the values of R and C ,but I don't know how.
Can someone help me please.
As part of a yield simulation project, I have created a datasheet in Mathcad to calculate the principal stresses acting on a tested sample. Due to the fact I have only recently started to use Mathcad (and would like to use it more), I am having trouble plotting a yield locus using its graph...
This didn't generate any responses in the software thread, and since this is for a homework assignment, I have moved my query here. Thanks.
Hello:
I have entered data into two lists in Mathematica:
centroidEnergy = {1.3485, 1.4780,
1.6176, 1.7820, 1.9123, 2.0274, 2.1635, 2.3163...
How do I plot a Complex Function like...
e^ix?
I tried things like...
complexplot(x,y);
...but that gets me knowhere.
I searched on the program, but it never mentions anything about a Complex Plane of Argand Plane.
I would really like to see this graph, which probably looks...
If you were to plot T^2 versus ms using the equation T^2= (4pie^2/k)(ms +mw) how would you calculate the value for mw?
can someone please help me? What do they mean by plot T^2 verus ms?
What are the dimensions of a rectangular plot with maxium area if the north and south sides cost twice as much to fence as the east and west sides and if you have $1000 to spend? East and west sides cost $10 per meter to fence.
\int _1 ^{\infty} \frac{1}{x^{1.3}}dx
I need to plot this integral and approximations with left and right endpoints using Mathematica. I've tried a google search to get some instructions... but nothing. Does anyone know how to do this?
Thank you.
I've been asked to complete electric field E and potential V inside and outside of a simple plate capacitor (the plates are infinitely large and the distance between the two plates is d.)
My working is as follows.
Inside the cap-
E = \frac{ \sigma } { \epsilon_{o} }
then potential V=Ed...