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Quick memory check: The TI Python App workspace is limited to 50 KB or 100 programs, and its bundled modules share that space. Check each source file size below and archive programs you are not using.
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Programs Showing 11 of 23
Calculate an Arrhenius rate constant, a second-temperature rate constant, activation energy, or pre-exponential factor and show the rearrangement used.
Compatibility TI-84 Plus CE Python
Source file 1837 bytes
Version 1.0.0
Dependencies math
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Solve A = epsilon*c*l and convert between absorbance and transmittance while keeping units and model limits visible.
Compatibility TI-84 Plus CE Python
Source file 2111 bytes
Version 1.0.0
Dependencies math
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Solve n*lambda = 2*d*sin(theta), including a guided conversion from an XRD 2-theta reading.
Compatibility TI-84 Plus CE Python
Source file 2301 bytes
Version 1.0.0
Dependencies math
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Use the integrated Clausius-Clapeyron relation to solve either pressure, either temperature, or enthalpy of vaporization.
Compatibility TI-84 Plus CE Python
Source file 2167 bytes
Version 1.0.0
Dependencies math
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Calculate Delta G from Delta H, Delta S, and T or relate standard Gibbs energy to a dimensionless equilibrium constant.
Compatibility TI-84 Plus CE Python
Source file 1808 bytes
Version 1.0.0
Dependencies math
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Solve pH = pKa + log10([A-]/[HA]) and its pKa, ratio, conjugate-base, and weak-acid rearrangements.
Compatibility TI-84 Plus CE Python
Source file 1396 bytes
Version 1.0.0
Dependencies math
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Solve the Michaelis-Menten initial-rate equation for v0, Vmax, Km, substrate concentration, or fraction of Vmax.
Compatibility TI-84 Plus CE Python
Source file 1304 bytes
Version 1.0.0
Dependencies No imports
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Tested on a TI calculator
Find molarity by dividing moles of solute by liters of final solution: M = mol / L.
Compatibility TI-84 Plus CE Python
Source file 2540 bytes
Version 1.0.0
Dependencies No imports
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Calculate reaction or cell potential from E0, temperature, electron count, and reaction quotient using the general or 298 K Nernst form.
Compatibility TI-84 Plus CE Python
Source file 944 bytes
Version 1.0.0
Dependencies math
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Calculate de Broglie wavelength or momentum, a nonrelativistic electron wavelength, and hydrogenic Rydberg wavelengths and transition information.
Compatibility TI-84 Plus CE Python
Source file 2716 bytes
Version 1.0.0
Dependencies math
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Solve the van der Waals equation for pressure or temperature, compare with the ideal gas law, or rearrange for a or b.
Compatibility TI-84 Plus CE Python
Source file 1624 bytes
Version 1.0.0
Dependencies No imports
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