Saha & Boltzmann Equation Calculators and Graphs
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This example demonstrates the calculation and graph plotting of the Saha and Boltzmann equations. Key math concepts include Probability & Statistics, Derivative, Natural Numbers, Coordinate Geometry. It uses GeoGebra commands like ScientificText, Textfield, Intersect, Extremum with objects such as tplot, E, Z_1, Z_2. Suitable for high school students and math enthusiasts learning graphical representation and computation of these equations.
GeoGebra Commands & Parameters
ScientificText(R_o, 3) → SolarMassScientificText(AU, 2) → text2ScientificText(G, 3) → text3ScientificText(M_o, 3) → text4ScientificText(c, 3) → text5ScientificText(ly, 3) → text6ScientificText(pc, 3) → text8ScientificText(siny, 3) → text7Textfield(lys_1) → InputBox1Textfield(pcs_2) → InputBox2ScientificText(m_H, 3) → text11ScientificText(k, 3) → text12ScientificText(eV, 3) → text13ScientificText(m_e, 3) → text14ScientificText(h, 3) → text15ScientificText(answ, 3) → text16Textfield(E) → InputBox3Textfield(Z_1) → InputBox4Textfield(T) → InputBox6Textfield(Z_2) → InputBox5Textfield(P) → InputBox7Intersect(half, g, (8401.90763534541, 0.5)) → AScientificText(N2N1, 3) → text21Textfield(E) → InputBox3_1Textfield(Z_1) → InputBox4_1Textfield(T) → InputBox6_1Textfield(Z_2) → InputBox5_1Textfield(P) → InputBox7_1Textfield(E) → InputBox3_2Textfield(Z_1) → InputBox4_2Textfield(T) → InputBox6_2Textfield(Z_2) → InputBox5_2Textfield(P) → InputBox7_2ScientificText(N2NT, 3) → text17Textfield(tplot) → InputBox8Extremum(Bol) → B