Calculus 3 Over Explained Calculus III Explained to you like you would have always wanted to learn it [#1016191]

Calculus 3 Over Explained: Calculus III Explained to you like you would have always wanted to learn it.
English | 25 Jan. 2026 | ASIN: B0GJNG5JJ5 | 90 pages | Epub | 5.66 MB
Let's starting by defining what's a partial derivative And The notion of second derivative Find all critical points, and use the 2nd derivative test to find all local max, min, and/or saddle points Use the Lagrange multiplier method to find the absolute max and min of a function given a constraint Use Fubini to evaluate the following integral Find the surface of the part of the paraboloid That lies between two cylinders Using cylindrical coordinates Set up and solve a triple integral Spherical coordinate transformation: Use spherical coordinates to evaluate the region between the spheres above a plane Find a vector coordinate given two points Find the unit vector of a vector Find the vector equation of the line that passes through a point and is parallel to a vector Find the parametric equations of the line that passes through a point and is parallel to an axis Find the Symmetric equations of the line that passes through a point and is perpendicular to a plane Find the equation of the plane through a given point with a normal vector Find the coordinates of the points which make the vector (given the vectors coordinates) Find the equation of the plane containing some defined point (given the vectors coordinates made from those points) Find the volume of a parallelopiped given the adjacent edges Find the angle between two planes The use of the dot product Find the symmetric equations for the line of interaction of the two planes Find the parametric equations for the tangent line to a curve with given parametric equation at a given time t Find the Symmetric Equations of the tangent with given parametric equation at a given time t Find the arc length of a curve with the following parametric equation at a given time t Find the Curvature of a function given a vector function r(t) Find the Curvature of a function given a function f(x) Find the Directional derivative Of a function f(x,y) Given a point and a direction vector Find the equation of the tangent plane to the function f(x,y) at a given point