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Calculus

Across
The value that a function is approaching as x approaches a given value from values less than x.
y' = dy/dx
A method of finding the volume of a solid of revolution.
Second derivative is negative
The rate of change in the position of an object.
A line that touches a curve at a point without crossing the cure.
Where the function changes from concave up to concave down
Hole in the graph.
The rate of change of velocity over time
A method of finding the volume of a solid of revolution with a hole in it.
A method used to approximate area or an integral using summation.
A point on the graph of a function at which the derivative is either 0 or undefined.
a point or value that a sequence, function, or sum of a series can be made to approach progressively, until it is as close to the point or value as desired.
When the graph of a function is continuous.
Finding the derivative of the numerator and denominator to evaluate the limit of a function.
Down
A line or curve that the graph follows closely but never touches.
Distance covered per unit of time.
A point at which the graph is not continuous.
Lowest point of a function
If a function is continuous over a closed interval and differentiable over an open interval from a to b, then there exists a number c where the average rate of change equals the instantaneous rate of change.
a function of which a given function is the derivative, i.e. which yields that function when differentiated, and which may express the area under the curve of a graph of the function
A process that maximizes or minimizes some quantity to have the best fit.
The distance between a number and the origin.
When a function has a well-defined derivative for each element of the domain.
Given the integral of f(x)dx bounded by [c, d], it's the rule that allows F(d) - F(c)
Second derivative is positive
Highest point of a function
The value that a function is approaching as x approaches a given value from values more than x.
an expression representing the rate of change of a function with respect to an independent variable.
If f is continuous on [a,b], then there is a max and a min