the sun current age (and predicted lifetime) mass (kg and also earth masses) size (radius in m and...

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The Sun The Sun Current Age (and predicted lifetime) Mass (kg and also Earth Masses) Size (radius in m and Earth radii) Surface Temperature (in Kelvin) Chemical Composition and energy source (the abundance percentages of various elements within the Sun, and the process by which the Sun generates its energy) Insert the Sun’s Picture Here The Portsmouth Grammar School Physics Nearest Neighbouring Stars (give distances in m and Light Years, plus BRIEFLY explain what a light year is)

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Page 1: The Sun Current Age (and predicted lifetime) Mass (kg and also Earth Masses) Size (radius in m and Earth radii) Surface Temperature (in Kelvin) Chemical

The SunThe Sun

Current Age (and predicted lifetime)

Mass (kg and also Earth Masses)

Size (radius in m and Earth radii)

Surface Temperature (in Kelvin)

Chemical Composition and energy source (the abundance percentages of various elements within the Sun, and the process by which the Sun generates its energy)

Insert the Sun’s Picture Here

The Portsmouth Grammar SchoolPhysics

Nearest Neighbouring Stars (give distances in m and Light Years, plus BRIEFLY explain what a light year is)

Page 2: The Sun Current Age (and predicted lifetime) Mass (kg and also Earth Masses) Size (radius in m and Earth radii) Surface Temperature (in Kelvin) Chemical

MercuryMercury

Orbital Period (years)

Mass (kg and also Earth Masses)

Size (radius m and Earth radii)

Distance from the Sun (in m and AU)

Surface Conditions (Gas giant or rocky planet? Weather, surface temperature, atmosphere etc.)

Insert Mercury’s Picture Here

The Portsmouth Grammar SchoolPhysics

Natural Satellites and exploration (i.e. Moons, rings, SPACE MISSIONS etc)

Page 3: The Sun Current Age (and predicted lifetime) Mass (kg and also Earth Masses) Size (radius in m and Earth radii) Surface Temperature (in Kelvin) Chemical

VenusVenus

Orbital Period (years)

Mass (kg and also Earth Masses)

Size (radius m and Earth radii)

Distance from the Sun (in m and AU)

Surface Conditions (Gas Giant or rocky planet? Weather, surface temperature, atmosphere etc.)

Insert Venus’s Picture Here

The Portsmouth Grammar SchoolPhysics

Natural Satellites and exploration (i.e. Moons, rings, SPACE MISSIONS etc)

Page 4: The Sun Current Age (and predicted lifetime) Mass (kg and also Earth Masses) Size (radius in m and Earth radii) Surface Temperature (in Kelvin) Chemical

EarthEarth

Orbital Period (years)

Mass (kg)

Size (radius in m)

Distance from the Sun (in m) Insert Earth’s Picture Here

The Portsmouth Grammar SchoolPhysics

Satellites and exploration (i.e. Moons, rings, space stations etc)

Composition (What is the earth made of? How is it structured below the surface? What is the earth’s atmosphere made up of?

Page 5: The Sun Current Age (and predicted lifetime) Mass (kg and also Earth Masses) Size (radius in m and Earth radii) Surface Temperature (in Kelvin) Chemical

MarsMars

Orbital Period (years)

Mass (kg and also Earth Masses)

Size (radius m and Earth radii)

Distance from the Sun (in m and AU) Insert Mars’s Picture Here

The Portsmouth Grammar SchoolPhysics

Natural Satellites and exploration (i.e. Moons, rings, SPACE MISSIONS etc)

Surface Conditions (Gas giant or rocky planet? Weather, surface temperature, atmosphere etc.)

Page 6: The Sun Current Age (and predicted lifetime) Mass (kg and also Earth Masses) Size (radius in m and Earth radii) Surface Temperature (in Kelvin) Chemical

JupiterJupiter

Orbital Period (years)

Mass (kg and also Earth Masses)

Size (radius m and Earth radii)

Distance from the Sun (in m and AU) Insert Jupiter’s Picture Here

The Portsmouth Grammar SchoolPhysics

Natural Satellites and exploration (i.e. Moons, rings , SPACE MISSIONS etc)

Surface Conditions (Gas giant or rocky planet? Weather, surface temperature, atmosphere etc.)

Page 7: The Sun Current Age (and predicted lifetime) Mass (kg and also Earth Masses) Size (radius in m and Earth radii) Surface Temperature (in Kelvin) Chemical

SaturnSaturn

Orbital Period (years)

Mass (kg and also Earth Masses)

Size (radius m and Earth radii)

Distance from the Sun (in m and AU) Insert Saturn’s Picture Here

The Portsmouth Grammar SchoolPhysics

Natural Satellites and exploration (i.e. Moons, rings, SPACE MISSIONS etc)

Surface Conditions (Gas giant or rocky planet? Weather, surface temperature, atmosphere etc.)

Page 8: The Sun Current Age (and predicted lifetime) Mass (kg and also Earth Masses) Size (radius in m and Earth radii) Surface Temperature (in Kelvin) Chemical

UranusUranus

Orbital Period (years)

Mass (kg and also Earth Masses)

Size (radius m and Earth radii)

Distance from the Sun (in m and AU) Insert Uranus’s Picture Here

The Portsmouth Grammar SchoolPhysics

Natural Satellites and exploration (i.e. Moons, rings, SPACE MISSIONS etc)

Surface Conditions (Gas giant or rocky planet? Weather, surface temperature, atmosphere etc.)

Page 9: The Sun Current Age (and predicted lifetime) Mass (kg and also Earth Masses) Size (radius in m and Earth radii) Surface Temperature (in Kelvin) Chemical

NeptuneNeptune

Orbital Period (years)

Mass (kg and also Earth Masses)

Size (radius m and Earth radii)

Distance from the Sun (in m and AU) Insert Neptune’s Picture Here

The Portsmouth Grammar SchoolPhysics

Natural Satellites and exploration (i.e. Moons, rings, SPACE MISSIONS etc)

Surface Conditions (Gas giant or rocky planet? Weather, surface temperature, atmosphere etc.)

Page 10: The Sun Current Age (and predicted lifetime) Mass (kg and also Earth Masses) Size (radius in m and Earth radii) Surface Temperature (in Kelvin) Chemical

PlutoPluto (Dwarf Planet) (Dwarf Planet)

Orbital Period (years)

Mass (kg and also Earth Masses)

Size (radius m and Earth radii)

Distance from the Sun (in m and AU) Insert Pluto’s Picture Here

The Portsmouth Grammar SchoolPhysics

Natural Satellites (i.e. Moons, rings etc)

Why is Pluto no longer considered a planet?

Page 11: The Sun Current Age (and predicted lifetime) Mass (kg and also Earth Masses) Size (radius in m and Earth radii) Surface Temperature (in Kelvin) Chemical

CometsComets

Orbital Periods (range of orbital periods in years)

Masses and sizes (masses and sizes in a range from smallest to largest comets, as an example give the mass of Halley’s comet)

Orbits (BRIEFLY describe the type of orbits that comets make around the Sun. Include a diagram if you like) Insert various Comet’s

Pictures Here

The Portsmouth Grammar SchoolPhysics

Chemical Composition (What are comets made of? Special Challenge: Why do we see comets’ tails, and why do they appear to trail off at an angle behind the comet?)

Where do Comets come from? (research SHORT-PERIOD comets not long period ones – the long-period ones come from the Oort cloud which is way over the top for Year 9! Simply and BRIEFLY discuss the orgins and discovery of SHORT-PERIOD comets.