Skip to main content Skip to main navigation
heart-solid My Visit Donate
Home Smithsonian Institution IK development site for ODI
Press Enter to activate a submenu, down arrow to access the items and Escape to close the submenu.
    • Overview
    • Museums and Zoo
    • Entry and Guidelines
    • Museum Maps
    • Dine and Shop
    • Accessibility
    • Visiting with Kids
    • Group Visits
    • Overview
    • Exhibitions
    • Online Events
    • All Events
    • IMAX & Planetarium
    • Overview
    • Topics
    • Collections
    • Research Resources
    • Stories
    • Podcasts
    • Overview
    • For Caregivers
    • For Educators
    • For Students
    • For Academics
    • For Lifelong Learners
    • Overview
    • Become a Member
    • Renew Membership
    • Make a Gift
    • Volunteer
    • Overview
    • Our Organization
    • Our Leadership
    • Reports and Plans
    • Newsdesk
heart-solid My Visit Donate

Model of a Hyperboloid Osculating a Scroll along a Generator, by Richard P. Baker, Baker #143 (a Ruled Surface)

American History Museum

Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
There are restrictions for re-using this image. For more information, visit the Smithsonian's Terms of Use page .
International media Interoperability Framework
IIIF provides researchers rich metadata and media viewing options for comparison of works across cultural heritage collections. Visit the IIIF page to learn more.
View manifest View in Mirador Viewer
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll
  • Geometric Model by Richard P. Baker, Ruled Surface Showing a Hyperboloid Osculating Scroll

    Object Details

    maker

    Baker, Richard P.

    Description

    This geometric model was constructed by Richard P. Baker in the early twentieth century when he was Associate Professor of Mathematics at the University of Iowa. Baker believed that models were essential for the teaching of many parts of mathematics and physics, and over 100 of his models are in the museum collections.
    The typed paper label on the wooden base reads: No. 143 (/) Hyperboloid osculating (/) scroll. In a subsection of the Differential Geometry section of Baker’s 1931 catalog, it is listed as “143. Hyperboloid osculating a scroll along a generator.” A scroll is just another name for a ruled surface and the hyperboloid shown in this model is the yellow quartic scroll shown in Baker’s model No. 84 (MA.211257.010). In this model the blue threads are generators of the hyperboloid and the yellow threads are generators of the unnamed ruled surface. The hyperboloid osculating the scroll implies that, among other things, the two surfaces share a normal at the point of osculation. Unfortunately, Baker did not make it clear which of the generators he is the referring to and the photographs do not make it clear where that occurs.
    Reference:
    Richard P. Baker, Mathematical Models, Iowa City, 1931, pp. 8, 12.

    Location

    Currently not on view

    Credit Line

    Gift of Frances E. Baker

    date made

    ca 1906-1935

    ID Number

    MA.211257.026

    accession number

    211257

    catalog number

    211257.026

    Object Name

    geometric model

    Physical Description

    thread (overall material)
    wood (overall material)
    metal (overall material)
    blue (overall color)
    black (overall color)
    yellow (overall color)
    copper (overall color)
    screwed, bolted and threaded (overall production method/technique)

    Measurements

    average spatial: 27.8 cm x 26.2 cm x 25.6 cm; 10 15/16 in x 10 5/16 in x 10 3/32 in

    See more items in

    Medicine and Science: Mathematics
    Science & Mathematics

    Data Source

    National Museum of American History

    Subject

    Mathematics

    Metadata Usage

    CC0

    Link to Original Record

    https://n2t.net/ark:/65665/ng49ca746a9-4506-704b-e053-15f76fa0b4fa

    Record ID

    nmah_1081162

    Discover More

    Mathematical model of a twisted cubic. Yellow threads are pulled, then twisted to make two cones. Red threads are arranged in a cylinder.

    Geometric Models - Models by Richard P. Baker

    Mathematical model of a twisted cubic. Yellow threads are pulled, then twisted to make two cones. Red threads are arranged in a cylinder.

    Geometric Models - Models by Richard P. Baker

    arrow-up Back to top
    Home
    • Facebook facebook
    • Instagram instagram
    • LinkedIn linkedin
    • YouTube youtube

    • Contact Us
    • Get Involved
    • Shop Online
    • Job Opportunities
    • Equal Opportunity
    • Inspector General
    • Records Requests
    • Accessibility
    • Host Your Event
    • Press Room
    • Privacy
    • Terms of Use