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Numerically solve a differential equation using a variety of classical methods.
Solve an ODE using a specified numerical method:
Specify an adaptive method:
Use statistics and hypothesis tests to infer information from a dataset.
Find the sample size needed to estimate a binomial parameter:
Compute a confidence interval for a population mean:
Calculate the forces on structures, such as bridges and buildings, that we use every day.
Compute the deflection of a beam under load:
Compute the mandated ventilation rate:
Look up information regarding mechanical engineering formulas and constants for topics including refrigeration and materials science.
Determine the Poisson ratio value for a deformation:
Analyze a refrigeration cycle:
Explore aspects of nuclear physics, including radiation and nuclear power.
Compute nuclear weapon effects:
Do carbondating computations:
Use calculus tools, such as integrals and derivatives, to calculate properties of curves, surfaces, solids and planar regions.
Compute properties of a surface of revolution:
Find inflection points in a specified domain:
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Analyze functions and expressions containing imaginary numbers or complex variables.
Compute the residue of a function at a point:
Determine the harmonic conjugate:
Explore data about aircraft, rockets, satellites or space probes.
Compute airflow around a standard airfoil:
Do computations with satellite properties:
Explore the applications of the electromagnetic force for various practical purposes.
Calculate the selfinductance of a coaxial cable:
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Explore quantum phenomena, such as scattering and quantum states.
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Get information about particles and their interactions.
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Find discontinuities and continuous intervals of a function. Also determine whether particular discontinuities are removable or infinite due to an asymptote.
Determine continuity at a given point:
Locate discontinuities of a function: