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The Earth and its Place in Space - is the thirteenth part of the
fifteen title series covering the material required for students aged 13-16.
The Earth and its position in the solar system is the topic of this CD ROM.
Constellations are presented in an appealing, colourful and perceptive way
making this a highly effective and memorable learning experience.
Content:
- The evolution of views regarding the structure of the Earth
- Satellites of the Earth
- Structure of the Solar System
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System
Requirements: Pentium
II 300 MHz processor, or higher.
Windows 9x/Me/NT/2000/XP With IE
5.0, or higher, 64MB RAM. 100 MB on
HDD, 8X CD-ROM drive, 800x600
screen resolution with thousands of
colours, 16 Bit Sound Board, 100 Mbit
LAN Interface, Local File Server PC with
Pentium II 300 MHz processor or, higher. |
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Contact us for pricing
on Unlimited User Licence |
Virtual Astronomy Laboratory - Wins
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Single User |
Shipped in 7 days |
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| 10 User Licence |
Shipped in 7 days |
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| 30 User Licence |
Shipped in 7 days |
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Cat.# PCI-1L2 |
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Computer Based Labs for Introductory Astronomy
Many of the astronomical observations and measurements which are of
interest in intro astronomy labs are not practical for a variety of reasons,
including equipment restrictions, complexity, and night time viewing
requirements. The 25 computer-based labs contained in Virtual Astronomy
Laboratory are designed to give students a simulated view of the sky,
allow them to make measurements on the computer, and analyze the data they
have collected. Virtual Astronomy Laboratory brings a hands-on
experimental lab component to astronomy courses, and requiring only basic
math skills on the student’s part, the carefully selected collection of
labs are appropriate for introductory astronomy courses at the high school
and college level.
Virtual Astronomy Laboratory puts some of astronomy’s most
useful instruments into the hands of students - precise telescope controls
to measure angular size; a photometer to measure light intensity; and a
spectrograph to measure Doppler-shifted spectral lines. Time-lapse and
time-exposure photographic observing methods are also simulated.
Each lab activity provides everything required to perform a thorough
investigation from start to finish - (1) Lab manual which includes
background information and step-by-step instructions, (2) interactive
simulations for hands-on data collection, and (3) on-screen assistance
including input fields allowing students to enter and check their results.
Astronomy Lab Topics
- Scientific & Decimal Notation Conversion
- Scale of the Universe
- Graphs, Slopes, and Rate of Change
- Latitude, Axial Tilt, and Length of Day
- Celestial Coordinates
- Angular Size
- Measuring Planet Size
- Kepler’s Laws
- Lunar Motion
- Planetary Motion
- Measurement of Saturn's Rings
- Stellar Occultation
- Circumpolar Stars
- Stellar Parallax
- Proper Motion of Stars
- Radial Motion of Stars
- Visual Binary Stars
- Eclipsing Binary Stars
- Cepheid Variable Stars
- Temperature of Stars
- Hertzsprung-Russell Diagram
- Spectroscopic Parallax
- Galactic Speeds and Hubble’s Law
- Galactic Rotation
- Distribution of Mass in a Galaxy
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System Requirements: Windows 95/98/NT/2000/Me/XP,
486 or Pentium class processor, 16MB RAM. |
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Contact us for pricing
on Unlimited User Licence |
Observational Astronomy - Wins
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Single User |
Shipped in 7 days |
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| 10 User Licence |
Shipped in 7 days |
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| 30 User Licence |
Shipped in 7 days |
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Cat.# PCI-36L2 |
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Re-creating a
Night Sky Observing Session Students may have seen pictures of the famous Horsehead
Nebula or Andromeda Galaxy, but where does one look in the
sky to find these objects, and what can one expect to see
when viewing these objects through the eyepiece of an
amateur telescope?
Designed for introductory astronomy
courses, Observational Astronomy re-creates a night sky
observing session on the computer. Using specialized
astrophotography, Observational Astronomy explores the
night sky revealing the deep-sky objects hidden within the
constellations. Nebulas, galaxies, and star clusters are
first located and then observed in a setting similar to
that of a night lab.
Students are initially presented with a naked-eye view of
the stars with the option to superimpose constellation
lines. Students then zero-in on the location of a deep-sky
object and progress through various telescope viewing
options:
i) View through the eyepiece of an amateur
telescope (14" aperture). ii) Time-exposed image with an amateur telescope. iii) Time-exposed image with an observatory telescope or
the Hubble Space Telescope.
This progression bridges the gap between
what is seen through the eyepiece of an amateur telescope
and the time-exposed observatory images seen in textbooks.
After students have studied the
constellations, Observational Astronomy can be operated
in quiz mode where students are tested and scored on their
ability to properly identify constellations.
Software Features:
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Full coverage of the northern hemisphere
sky, including 53 constellations and over 70 deep-sky
objects.
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Based entirely on actual photos of the
sky and specialized astrophotography.
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Includes special sections on the moon
and planets.
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Ideally suited to provide a night lab
experience when such sessions are difficult to
schedule, or to prepare students for an actual outdoor
session.
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Operates in observing mode or quiz mode.
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Option to superimpose constellation
lines. Choose from more elaborate lines that provide
insight as to how the constellation derived its name, or
basic lines that include only the brighter stars (often
used on star finders).
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Information provided on each
constellation and deep-sky object.
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Option to access deep-sky objects by
Messier number.
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System Requirements: Windows 95/98/NT/2000/Me/XP,
486 or Pentium class processor, 16MB RAM. |
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Explore the Planets takes you on an illustrated tour of our Solar System. In
addition to viewing the fascinating landscapes of the earth and other worlds,
you'll study the processes that sculpt them: volcanism, impact cratering,
faulting and folding, landslides, water processes, and work done by wind. You
will study the planets the way planetary scientists do, by comparing, for
example, why some volcanoes on Mars are so much larger that their counterparts
on Earth. Discover why impact craters are so widespread. See the record of vast
floods on Mars. Look closely at the swirling atmospheres of Jupiter and Saturn,
and the surfaces of their icy satellites. In addition to viewing stunning
photographs and animations, you'll perform interactive exercises, plot graphs,
learn terms in the illustrated glossary, and answer review questions. Most
exciting of all, you'll put your knowledge of the planets and their processes to
the test as you pilot your own spaceship through the solar system to identify
it's planetary bodies in a race against the clock.
- Introduction to the Solar
System
- Tour the Planets - Mercury, Venus, Earth, The Moon, Mars, Asteroids &
Comets Jupiter, Saturn,
Uranus, Neptune and Pluto
- Planet Processes - Landslides, Volcanism, Flowing Water,
Wind, Impact Cratering, Tectonics, Atmosphere.
- Explorer (test your
knowledge)
- Planet Data, including Planetary comparisons.
The CD-ROM contains three levels, grades 3-6, 7-12 and college level.
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System Requirements:
Macintosh: Any Macintosh with 8
bit (256 colours) graphics, 13" or larger display (640x480 or higher), CD-ROM
drive (double-speed drive or better suggested), 4 Mb of free RAM, System 6.0.7
or newer, 25 MHz 68030 or better. Windows:
IBM or compatible 386 or
better, SVGA video card (8 bit 256 colour graphics in 640x480), CD-ROM drive
(double-speed drive or better suggested), 4Mb RAM, Microsoft Windows 3.0 (3.1
required for sound boards). |
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Earth and Universe gives students a comprehensive understanding of the planets in our solar
system and shows how their movement affects daytime, tides and the seasons.
An extensive range of animations, audio commentary and photographs allow students the
opportunity to learn in detail about the planets, stars and galaxies. In
addition students can investigate Newtons Law of Gravitation, orbits, satellites, comets and
the lifecycle and origins of stars.

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System Requirements:
Wins 3.1 or
later, 486 66MHZ IBM compatible, 4MB
RAM, 8MB free disk space, 2X CD-ROM drive,
mouse, VGA graphics card with 256 bit colour,
Sound card. |
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