vector force fields

vector force fields : Given a particle in a gravitational vector field, where each vector represents the force acting on the particle at this point in space, the line integral is .....   More from Wikipedia

vector force fields : Oct 5, 2009 ... Its classical force field, in spherical coordinates, is represented by the vector, \vec{F}=\frac{G m M}{r^ , which is just Newton's Law of .....   More from Wikipedia

  This is for exhibiting how pI3 force field makes the particles motion more 3D. Force field also affects the particle angle (vector) when "align to motion - keep align to motion" are both enabled, though the shapes will still spin in 2D manner... Here are 3 force fields and 1 basic emitter followed by 1 super emitter (altered from "not a funny scene".) Hope this inspires some pI beginner.

  A video showing an example of how you would want to find the lines of force from a given vector field. I thought of placing this as Integral Calculus as it involving integrating differential equations to get the solution. Check out www.gaussianmath.com for more vector integral calculus.

Question : How do I calculate the work done by a moving particle in the force field F = 3x^3i + (2xz-y)j + zk along the curve defined by x^2 = 4y, 3x^3 = 8z from x = 0 to x = 2.

Answer : what a coincidence. Im going to assume we're both in the same module in ucd. lol. i have this exact question in an assignment due today in vector calculus...   More from Yahoo Answers

Question :

Answer : Multiply by the charge that the field is acting on. F=qE. Notice: if the charge is negative the force is in the direction opposite that of the electric field...   More from Yahoo Answers