Working with paperwork can be a daunting task. Each format comes with its peculiarities, which frequently leads to complex workarounds or reliance on unknown software downloads to bypass them. Luckily, there’s a solution that will make this process less stressful and less risky.
DocHub is a super straightforward yet comprehensive document editing program. It has a myriad of features that help you shave minutes off the editing process, and the option to Integrate Compulsory Field Work For Free is only a fraction of DocHub’s functionality.
No matter if if you need occasional editing or to edit a multi-page form, our solution can help you Integrate Compulsory Field Work For Free and apply any other desired improvements quickly. Editing, annotating, certifying and commenting and collaborating on files is straightforward with DocHub. We support different file formats - choose the one that will make your editing even more frictionless. Try our editor free of charge today!
Lets apply what we learned in the last video into a concrete example of the work done by a vector field on something going through some type of path through the field. So lets say that I have a vector field. Its defined over r2 for the x-y plane. So its a function of x and y. It associates a vector with every point on the plane. And lets say my vector field is y times the unit vector i minus x times the unit vector j. And so you can imagine if we were to draw-- lets draw our x- and y-axes. Ill do it over here. If we were to draw our x- and y-axes, this associates a vector, a force vector-- lets say this is actually a force vector-- with every point in our x-y plane. So this is x and this is y. So if were at the point, for example, 1, 0, what will the vector look like thats associated with that point? Well, at 1, 0, y is 0, so this will be 0, i minus 1, j. Minus 1, j looks like this. So minus 1, j will look like that. At x is equal to 2-- Im just picking points at random, on