Sentences with WAVE-EQUATION
Check out our example sentences below to help you understand the context.Sentences
1
"The wave equation describes the propagation of waves in a medium."
2
"The wave equation can be solved using various mathematical techniques."
3
"The wave equation governs many phenomena such as sound and light."
4
"Solving the wave equation requires knowledge of boundary conditions."
5
"The wave equation is a second-order partial differential equation."
6
"The wave equation can be derived from Maxwell's equations in electromagnetism."
7
"The solution to the one-dimensional wave equation is a wavefunction."
8
"Numerical methods can be used to solve the wave equation when an analytical solution is not feasible."
9
"The wave equation can be applied to study the behavior of seismic waves."
10
"In quantum mechanics, the Schrödinger equation can be derived from the wave equation."
11
"The wave equation is linear when there are no sources or sinks present."
12
"The wave equation is used extensively in signal processing and image analysis."
13
"Many physical systems can be described using the wave equation."
14
"The wave equation is used in acoustics to model the propagation of sound waves."
15
"The wave equation is a fundamental equation in the field of mathematical physics."
16
"The wave equation is invariant under translations and rotations."
17
"The wave equation can be extended to higher dimensions."
18
"The wave equation is an example of a hyperbolic partial differential equation."
19
"The wave equation has been used to study the behavior of electromagnetic waves in waveguides."
20
"The wave equation is often used in computer simulations to model wave phenomena."
1
"The wave equation describes the propagation of waves in a medium."
2
"Scientists use the wave equation to study the behavior of seismic waves."
3
"Solving the wave equation requires knowledge of differential equations."
4
"The wave equation is used extensively in physics and engineering."
5
"This differential equation is known as the one-dimensional wave equation."
6
"The wave equation can be solved analytically for simple cases."
7
"Numerical methods are often employed to solve the wave equation in more complex scenarios."
8
"Understanding the wave equation is fundamental to the field of acoustics."
9
"Electromagnetic waves obey the wave equation in free space."
10
"Boundary conditions play a crucial role in solving the wave equation."
