| productrule | | The integral of a function is the ______ under the curve |
| tanx | | The rate of change of position with respect to time |
| relativeextreme | | f(c)= 1/(b-a) times the integral of f(x) from a to b is the ______ ______ theorem (two words) |
| meanvalue | | An equation involving two or more variables that are differentiable functions of time can be used to find an equation that relates the corresponding rates |
| relatedrates | | Left-hand endpoint rectangular approximation method. The method of approximating a definite integral over an interval using the function values at the left-hand endpoints of the subintervals determined by a partition |
| differentiation | | The antiderivative of 1 / x |
| horizontalline | | A rule that assigns a unique element in a set R to each element in a set D. The set D is the domain of the function. The set of elements assigned from R is the range of the function |
| concaveup | | The limit of sinx / x as x approaches zero equals ______ |
| ninetysixx | | A function f for which f(-x)= f(x) for every x in the domain of f |
| function | | The derivative of a function is negative when the function is ______ |
| twentyfive | | Maximum or minimum |
| horizontalasymptote | | The integral of sinx from 0 to t equals_____ |
| sint | | The derivative of –cosx |
| substitution | | A process for finding dy/dx when y is defined as a function as a function of x by an equation of the form f(x,y)=0 is _______ differentiation |
| linearization | | tan(x)ln(e) equals_____ |
| discontinuity | | The limit as x approaches zero in the equation 5x 25 |
| piecewise | | A method of integrating complex integrals in which you replace the function with u |
| sinx | | The equation of the slope 32x^3 |
| decreasing | | A point in the interior of domain in which f' = 0 or f' does not exist |
| one | | If a function f is not continuous at a point c, then c is a point of _______ of f. |
| criticalpoint | | The derivative of an acceleration equation |
| lnx | | A function that is defined by applying different formulas to different parts of its domain is a ______ function |
| jerk | | Determined by taking the coefficients of the highest degree in the numerator over the denominator |
| velocity | | If the second derivative is positive at a certain interval, then the graph is _____at that interval |
| inflectionpoint | | The equation used for compounding interest continuously |
| implicit | | L(x)= f(a) f ’(a)(x-a) |
| area | | In the Cartesian coordinate plane, a line parallel to the x-axis |
| LRAM | | A point where the graph has a tangent line and the concavity changes |
| pert | | d/dx(uv)= u(dv/dx) v(du/dx) |
| evenfunction | | The process of taking a derivative |