L’Hôpital’s Rule Explained | IB Maths AA HL Limits Made Easy
AA HL · Topic 5 · AHL 5.13
Apply L’Hôpital’s rule to evaluate suitable indeterminate limits.
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AA HL · Topic 5 · AHL 5.13
Apply L’Hôpital’s rule to evaluate suitable indeterminate limits.
AA HL · Topic 5 · AHL 5.14
Solve an optimisation problem with an implicit constraint in four steps.
AA HL · Topic 5 · AHL 5.14
Solve related-rates problems by differentiating relationships with respect to time.
AA HL · Topic 5 · AHL 5.16
Change the variable to solve an advanced integration-by-substitution problem.
AA HL · Topic 5 · AHL 5.16
Choose u and dv with LIATE and apply integration by parts to worked examples.
AA HL · Topic 5 · AHL 5.16
Handle repeated and cyclic integration by parts, including integrals that return.
AA HL · Topic 5 · AHL 5.16
Apply integration by parts repeatedly in a worked example.
AA HL · Topic 5 · AHL 5.16
Apply t = tan(x) to a rational expression involving squared trigonometric functions.
AA HL · Topic 5 · AHL 5.16
Use a trigonometric substitution and a right triangle to return to the original variable.
AA HL · Topic 5 · AHL 5.17
Calculate an area between a curve and the y-axis over a stated y-interval.
AA HL · Topic 5 · AHL 5.17
Set up an area integral with respect to y.
AA HL · Topic 5 · AHL 5.17
Use the disk method to find a volume of revolution about the x-axis.
AA HL · Topic 5 · AHL 5.18
Implement Euler’s method using a spreadsheet on the TI-Nspire CX.
AA HL · Topic 5 · AHL 5.18
Recognise homogeneous differential equations and solve them using a substitution.
AA HL · Topic 5 · AHL 5.18
Solve a first-order linear differential equation using an integrating factor: example 2.
AA HL · Topic 5 · AHL 5.18
Solve a first-order linear differential equation using an integrating factor: example 3.
AA HL · Topic 5 · AHL 5.18
Solve a first-order linear differential equation using an integrating factor: example 1.
AA HL · Topic 5 · AHL 5.18
Separate variables and integrate to solve first-order differential equations.
AA HL · Topic 5 · AHL 5.19
Derive the series for arctan(x) by integrating the series for 1/(1 + x²).
AA HL · Topic 5 · AHL 5.19
Evaluate a limit by substituting suitable Maclaurin expansions.
AA HL · Topic 5 · AHL 5.19
Differentiate and integrate known Maclaurin series to obtain new expansions.
AA HL · Topic 5 · AHL 5.19
Use the expansion of (1 + x)^n to obtain other Maclaurin series.
AA HL · Topic 5 · AHL 5.19
Find the Maclaurin expansion of e^(sin x) using substitution.
AA HL · Topic 5 · AHL 5.19
Read and apply the Maclaurin-series formula in a detailed worked example.