jedishrfu said:
jedishrfu said:
Show us what you have already tried. Be advised, however, that we're not going to do your work for you...JI567 said:
Mark44 said:
Show us what you have tried.JI567 said:
PDE? Partial differential equations?JI567 said:
To get straigth veritcal lines (by hand), you need to double the points at which the lines appear. For instance, you need two points at x = 0.5, one with y=0 followed by one with y=2.JI567 said:
The D'Alembert wave equation is a partial differential equation that describes the propagation of waves in a medium. It is commonly used in physics and engineering to model various wave phenomena, such as sound waves and electromagnetic waves.
To plot the D'Alembert wave equation in MATLAB, you will need to define the necessary variables and parameters, then use the "plot" function to graph the equation. You can also use the "surf" function to create a 3D plot.
The D'Alembert wave equation assumes that the medium in which the wave is propagating is homogeneous and isotropic. It also does not take into account factors such as dispersion and dissipation, which can affect the behavior of real waves.
No, the D'Alembert wave equation is only applicable to linear waves, meaning that the amplitude of the wave is directly proportional to the driving force. It also cannot be used to model standing waves or waves in non-uniform media.
Yes, the D'Alembert wave equation has many practical applications in fields such as acoustics, optics, and electromagnetics. It is used to study and predict the behavior of waves in various systems, including musical instruments, communication devices, and medical imaging technologies.