scalar potential वाक्य
उदाहरण वाक्य
मोबाइल
- This usually refers to a scalar potential ( in that case it is a level set of the potential ), although it can also be applied to vector potentials.
- An equipotential region of a scalar potential in three-dimensional space is often an equipotential surface, but it can also be a three-dimensional region in space.
- The last two equations can be solved by writing fields in terms of a scalar potential, \ phi, and a vector potential, \ vec { A }:
- This is not derivable from the Roche lobe model as the Coriolis force is a non-conservative force ( i . e . not representable by a scalar potential ).
- In electrostatics the electric potential is the scalar potential associated with the electric field, i . e ., with the electrostatic force per unit Hamiltonian formulations of classical mechanics.
- If there is free current, one may subtract the contribution of free current per Biot Savart law from total magnetic field and solve the remainder with the scalar potential method.
- If the force is not conservative, then defining a scalar potential is not possible, because taking different paths would lead to conflicting potential differences between the start and end points.
- The gravity potential is the scalar potential associated with the gravity per unit mass, i . e ., the acceleration due to the field, as a function of position.
- The great advantage of this approach is that the electromagnetic field becomes static and can be described by just two scalar potentials, which was a totally new formulation of the problem.
- On a real staircase, the height above the ground is a scalar potential field : If one returns to the same place, one goes upward exactly as much as one goes downward.
- For example, the analysis of radio antennas makes full use of Maxwell's vector and scalar potentials to separate the variables, a common technique used in formulating the solutions of differential equations.
- The term " potential theory " arises from the fact that, in 19th century physics, the fundamental forces of nature were believed to be derived from scalar potentials which satisfied Laplace's equation.
- Using the Lorenz gauge, Maxwell's equations can be written compactly in terms of the magnetic vector potential "'A "'and the electric scalar potential " ? ":
- The most common generalization of the linear theory above is to add a scalar potential to the Lagrangian, where typically, in addition to a mass term, " V " is a polynomial in.
- Because the force field is conservative, there is a scalar potential energy per unit mass, " ? ", at each point in space associated with the force fields; this is called gravitational potential.
- Applying an electric field " F " to the superlattice structure causes the Hamiltonian to exhibit an additional scalar potential " e? ( z ) = " eFz " that destroys the translational invariance.
- In such cases the way in which the different supersymmetry content enters into the moduli behaviour is through the flux dependent scalar potential the moduli experience, the N = 1 case is different from the N = 2 case.
- The final line shows that if the two scalar potentials differ at the initial time by more than a spatially independent function, then the current densities that the potentials generate will differ infinitesimally after " t " 0.
- The gradient of the scalar potential ( and hence also its opposite, as in the case of a vector field with an associated potential field ) is everywhere perpendicular to the equipotential surface, and zero inside a three-dimensional equipotential region.
- For a charged particle " q " in an electromagnetic field, described by the scalar potential " ? " and vector potential "'A "', there are two parts to the Hamiltonian to substitute for.
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