Orbital shapes and paths

United States, 1984

Film
Please note

Sorry, we don't have images or video for this item.

Episode of Series “Space Science”.
How is a satellite placed in a desired orbit? The program explores this problem by illustrating how a satellite’s shape, path and period may be modified. Practical application of this procedure - the establishing of weather and communications satellites - is demonstrated as students are given a satellite’s eye view of the various paths over the earth’s surface.

How to watch

This work has not been digitised and is currently unavailable to view online. It may be possible for approved reseachers to view onsite at ACMI.

Learn more about accessing our collection

Collection

In ACMI's collection

Credits

production company

Journal Films

Duration

00:10:00:00

Production places
United States
Production dates
1984

Appears in

Space Science

Group of items

Space Science

Explore

Collection metadata

ACMI Identifier

323833

Language

English

Subject categories

Climate, Environment, Natural Resources & Disasters → Weather

Documentary

Educational & Instructional

Educational & Instructional → Instructional

Mathematics, Science & Technology → Orbits

Mathematics, Science & Technology → Satellites

Mathematics, Science & Technology → Scientific satellites

Mathematics, Science & Technology → Space sciences

Short films

Short films → Short films - United States

Sound/audio

Sound

Colour

Colour

Holdings

VHS; Access Print (Section 1)

Please note: this archive is an ongoing body of work. Sometimes the credit information (director, year etc) isn’t available so these fields may be left blank; we are progressively filling these in with further research.

Cite this work on Wikipedia

If you would like to cite this item, please use the following template: {{cite web |url=https://acmi.net.au/works/78453--orbital-shapes-and-paths/ |title=Orbital shapes and paths |author=Australian Centre for the Moving Image |access-date=25 September 2023 |publisher=Australian Centre for the Moving Image}}