1. Find the curl of the vector field F at the ... Theorem to calculate the work done by the force F in ... 6. Verify Stoke's Theorem by evaluating as a line integral: ...

... E = F/ q0 (E and F are vector quantities) The ... of a positive charge, the electric lines of force are directed ... The Electric Field lines never cross each other. ...

... is also called taking moment of the force about the ... the second vector (B). For the vectors shown in ... above, vector C comes out perpendicular to the plane of the ...

... and a magnetic field intensity is given by (vector)B = B_0 x ...Vectors v, E and B are plotted on the x ... Lorentz force experienced by the charged particle is given by ...

... Magnetic field is defined by the force it applies to ... some freedom in the choice of the vector potential since ... Poisson's equation is that the field lines of the ...

... is the moment arm of the force acting on P. Thus we ... Thus the vectors QP = 2i + 2j and RQ = 2i + j + 2k lie ... But we know that the vector QP X RQ is also normal ...

... field vector B is perpendicular to the velocity vector v, then the magnitude of the force from the ... of the potential we should get a straight line as well ...

... given path, taking the dot product of the given force with the tangent vector having an ... The solution solves for the length of vectors, general solutions of ...

... Linear mass M [kg] Mass Newton second Force Torque law F ... tangential unit vectors instead of the usual Cartesian unit vectors. Let be the radial unit vector. ...

... W = mgh = mgl ⎢1 − ⎜ l ⎟⎥ ⎢ ⎝ ⎠ The forces diagram on ... the spring, Fc is the centrifugal force and mg ... T' is the vector sum of mg and Fc. ...