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What direction should you travel to increase your height on a mountain as fast as possible? What direction should you travel to ...

3D visualization of partial derivatives and gradient vectors. My Patreon account is at https://www.patreon.com/EugeneK.

Courses on Khan Academy are always 100% free. Start practicing—and saving your progress—now: ...

Explanation of directional derivatives as a dot product and how they relate to the gradient vector. We also talk about contour lines!

This video introduces the vector calculus building blocks of Div, Grad, and Curl, based on the nabla or del operator.

Visualizing two core operations in calculus. (Small error correction below) Help fund future projects: ...

Gradients | Gradient Descent | Machine Learning | AI | Neural Networks | Vectors | Calculus | Differentiation | Integration | Math ...

We've introduced the differential operator before, during a few of our calculus lessons. But now we will be using this operator ...

Then we see a very nice feature that we can use the gradient vector grad(f) to make computing directional derivatives easy.

I use the directional derivative to prove this; so you might wish to see my video on the directional derivative first.

Learn how the gradient can be thought of as pointing in the "direction of steepest ascent". This is a rather important interpretation ...

This video derives the gradient and the hessian from basic ideas. It shows how the gradient lets you find the directional derivative, ...

This video introduces the gradient operator from vector calculus, which takes a scalar field (like the temperature distribution in a ...

My Partial Derivatives course: https://www.kristakingmath.com/partial-derivatives-course In this video I explain a gradient vector ...

The way we compute the gradient seems unrelated to its interpretation as the direction of steepest ascent. Here you can see how ...

INHA University in Tashkent | Multivariable Calculus Gradient Vector. Why it tells us the direction and the value of the steepest ...

You could support our channel by joining our channel membership! I'll make supporting Reumi's World feel like the most ...

... I can tell you what the gradient is so this is the symbol for the gradient at the point x y KN that's a Hebrew symbol it's a vector and ...

... integrals, which tells us the the closed line integral of a gradient vector field (AKA conservative vector field) will always be zero.

We introduce the gradient vector field in Euclidean coordinates and discuss properties of the gradient operator. #MikeDabkowski ...