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  • Geometric Models - Models by Richard P. Baker
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Geometric Models - Models by Richard P. Baker

American History Museum

Around 1900, mathematicians across the world acquired physical models, both to illustrate concepts they taught and to demonstrate their familiarity with new ideas. They frequently purchased models from Europe, especially Germany. A few Americans also designed and made models. One of them was English-born Richard P. Baker (1866–1937), who began making models while he was a graduate student at the University of Chicago, publishing his first list of 100 models in 1905. These objects largely followed contemporary textbooks. By 1931. Baker was a professor of mathematics at the University of Iowa, and he had designed over 500 models, many on more abstract topics. Somme models were less expensive copies of those made in Germany. Baker’s designs also included surfaces associated with areas of physics such as thermodynamics, optics, and mechanics

Baker sold models to the University of Delaware, and a variety of other colleges and universities. After his death, his daughters sold part of his remaining stock to the University of Arizona, where it remains to this day. They also placed over one hundred models on exhibition at MIT, where they stayed from the late 1930s until 1956. From there, they came to the Smithsonian. A few other models in Baker’s style were given to the museum by Brown University, and are also included here.

Baker carefully numbered the designs for his models, and labeled examples with title and number. The objects shown here are in the order he assigned them, where this is known. Another dozen models have no number, and are listed afterward. Finally, the object group includes biographical materials relating to Baker and his career.


Model of a Thermodynamic Surface by Richard P. Baker, Perfect Gas, Baker #221

Model Relating to Stokes' Theorem by Richard P. Baker, Baker #227

Model Relating to Stokes's Theorem by Richard P. Baker, Baker #228

Model for Elementary Analytic Geometry by Richard P. Baker, Baker #230

Model of Screw Motion by Richard P. Baker, Baker #233

Geometric Model by Richard P. Baker, Axial Pencil and Transversals, Baker #235

Model of a Complex Determined from Five Lines by Ruler Only, by Richard P. Baker, Baker #236

Model Relating to Desargues' Theorem in Projective Geometry, by Richard P. Baker, Baker #247

Model Relating to Van Der Waals' Law in Thermodynamics, by Richard P. Baker, Baker #249

Geometric Model by Richard P. Baker, Thermodynamic Surface for Water, Ice, and Steam, Baker #253

Model of a Thermodynamic Surface Showing the Normal Three-State, by Richard P. Baker, Baker #258

Model of a Thermodynamic Surface for an Abnormal Three-State by Richard P. Baker, Baker #259

Model of a Lennes Polyhedron by Richard P. Baker, Baker #287

Model of a Grassmann Current Element by Richard P. Baker, Baker #293

String Model of a Riemann Surface by Richard P. Baker, Baker #310

Model, One-Sided Seven Face by Richard P. Baker, Baker #352

Model of Sixteen Double Tangents to Two Cylinders by Richard P. Baker, Baker #358

Metal Model of a Binomial Approximation to a Gaussian Curve by Richard P. Baker, Baker #364

Geometric Model by Richard P. Baker, Wire Model of Clebsch's Diagonal Surface, Baker #365

Wire Model of Richard P. Baker, Lines of a Clebsch Diagonal Surface with Tetrahderal Symmetry, Baker #366

Model of Fresnel Refraction by Richard P. Baker, Baker #375

Model of Fresnel Refraction by Richard P. Baker, Baker #376

Model of Fresnel Reflexion by Richard P. Baker, Baker #377

Model of Fresnel Refraction by Richard P. Baker, Baker #378

Model of Fresnel Refraction by Richard P. Baker, Baker #379

Model of Fresnel Refraction by Richard P. Baker, Baker #381

Model of Fresnel Refraction by Richard P. Baker, Baker #382

Model of Fresnel Refraction by Richard P. Baker, Baker #383

Model of Fresnel Refraction by Richard P. Baker, Baker #384

Model of the Intersection of Cylinders by Richard P. Baker, Baker #386 (a Ruled Surface)

Model of Total Reflection by Richard P. Baker, Baker #403

Model of a Riemann Surface by Richard P. Baker, Baker #404Z

Model of a Riemann Surface by Richard P. Baker, Baker #405w

Model of a Riemann Surface by Richard P. Baker, Baker #405wn

Model of a Riemann Surface by Richard P. Baker, Baker #405z


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