The Solar System Sol and All. I. The Sun A. Sol 1. Type: yellow dwarf 2. Diameter: 1,393,000 kilometers 3. Mass: 2 x 1030 kg (333,060 Earths) 4. Surface.

Slides:



Advertisements
Similar presentations
The Nine Planets BY KRYSTA BOOTH.
Advertisements

How are the planets alike and/or different? What factors exists on Earth that make life possible here, but unlikely on any other planet? Which planets.
Rank the Planets. All objects in the solar system are visible because of reflected light from the sun! Only stars emit light! Light.
Where do we live? How are the other planets compared to Earth? S6E1.
Vocabulary.  Our solar system includes the sun, the planets and many smaller objects.
The Eight Planets of the Solar System. Mercury Venus.
 Our solar system has inner and outer planets.  Also our solar system has a dwarf planet.  All of our planets revolve around our central star, or in.
The Solar system.
Solar System by Katonya Beaubouef 1.
The Planets Earth Science.
By: Justin Elder THE SOLAR SYSTEM. INTRODUCTION Our solar system is part of the Milky Way galaxy The solar system consists of the Sun and planets that.
Planets. Types of Planets Inner (Terrestrial) –Small –Rocky –Closer to sun (faster orbits) –Thin atmospheres Outer (Jovian) –Very large –Thick atmosphere.
Saturn: Solar System’s Fiancé. Saturn Bio/Facts Diameter: 116,464 km Relative Mass (Earth = 1): 95.2 Density (kg/m 3 ): 700 Distance from Sun (AU): 9.58.
Planets. The Order of the Planets  1. Mercury  2. Venus  3. Earth  4. Mars  5. Jupiter  6. Saturn  7. Uranus  8. Neptune  9. Pluto  1. Mercury.
Our Solar System A system of eight planets and many other objects that orbit our sun.
The Planets Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune, (Pluto?)
Name that Planet!. This planet has 2 moons, whose names are Phobos and Deimos.
OUR SOLAR SYSTEM. The Sun For each of the elliptical orbits of the planets, the Sun is found at one (or the other!) of the foci 99.85% mass of Solar.
By Donte Phelps. temperature -250 it is made of ice and rocks with about 15% hydrogen and a little helium the rotation is 19 earth hours earth.
Solar System. MERCURY By Connor and Aly Physical Description, Distance from the Sun Surface: -170 ° C to 450 ° C, very thin atmosphere, vast craters,
My Solar System Slide Show YOUR NAME.
Our solar system Chapter 2 By Mrs. Shaw.
THE SOLAR SYSTEM. OUR SOLAR SYSTEM QUICK FACTS. Solar System is made up of a star and everything that travels around it from planets, their satellites.
The Solar System.
The Solar System Learning objective: students will learn the characteristics of the planets in the solar system Things that went well: I got the projector.
Mercury  The closest planet to the sun.  It has no moons.  It has 38% gravity.  It takes 88 days to orbit the sun.
Our Solar System Cornell Notes Pg. 77. Our Solar System 8 planets revolve around our sun, as well as many other celestial bodies Heliocentric.
The Solar System consists of the Sun and those celestial objects bound to it by gravity, all of which formed from the collapse of a giant molecular cloud.
By: John Yentzer And Corey Bollinger. Mercury 1. Distance From Sun-57,910,000 km (0.38 AU) 2. 1 Mercury Year equals 58.7 Earth Days 3. Mercury is about.
The Solar System By Evan
Have you wonder what’s beyond this earth? What are those objects in the sky?
WARM UP Can you list the planets in order?. Our Solar System.
SPACE! The first four planets… Unit 14/ Day 1. Terrestrial Planets The inner planets; highly dense and rocky planets nearest to the sun; Mercury, Venus,
The Terrestrial & Jovian Planets. Terrestrial Planets Jovian Planets.
The Milky Way By Andrew Auton. Mercury Mercury is 3000 miles across. It’s the first solar system planet. It’s HOT And Cold.
Planets Our Solar System.
The Solar System. The solar system A solar system is a group of planets orbiting a central star. The solar system contains a sun, 8 planets, 3 dwarf planets,
The planets of the Milky Way Galaxy This is page 58 in your notebook!
By. Tommy Bell and Colton Reed The Solar System. Mercury 1. Is the closet planet to the sun 2. Its orbit takes 88 days and is the shortest of all the.
The Sun and the Eight Planets At the center of our Solar System is the Sun.
Planets of Our Solar System. Mercury (My) Is both one of the hottest and coldest planets.
Topics: Solar System & Luminosity of Stars. Our star the Sun.
The Giant Planets – “Gas Giants” Jupiter Saturn Uranus Neptune Mostly H and H compounds under very high pressure in interior + small rocky core.
Slideshow P7: Planets in the Solar System. The Sun is at the centre of the Solar System. It is the source of most of the energy on the Earth. Neptune.
Our Solar System Inner Solar System (Terrestrial Planets) Mercury Venus Earth Mars.
The Sun pg. 535 The Sun is a medium-sized yellow star at the center of our solar system. The Sun is the largest object in our solar system and has the.
Our huge Solar system By Jaxson Nelson. Mercury Mercury is the closest to the sun. it has the fastest orbit. Mercury is the closest to the sun. it has.
TOURING THE SOLAR SYSTEM Use the Internet to research this project and use the following websites as a place to start:
The Solar System By Bruce and Celeste The Inner Planets Mercury Venus Earth Mars.
Solar System Video: 1 How it Formed.
Planetary Chart PlanetAUMassTypeAtmosphereMoons Mercury Venus Earth Mars Inner Planets Jupiter Saturn Uranus Neptune *Pluto.
The formation of the solar system.. The Planets in Our Solar System Planet Distance from the Sun (Astrono mical Units miles km) Period of Revolut ion.
Uranus: The Sideways Giant. Uranus Bio/Facts Diameter: 50,724 km Relative Mass (Earth = 1): 14.5 Density (kg/m 3 ): 1300 Distance from Sun (AU): 19.2.
THE UNIVERSE All of the objects and energy in space make up the universe.
By. Tommy Bell and Colton Reed The Solar System. Mercury 1. Is the closet planet to the sun 2. Its orbit takes 88 days and is the shortest of all the.
Inner Planets Inner and Outer Planets Galaxies Space.
PLANETS What is an AU? An astronomical unit (AU) is the average distance of the Earth from the sun. 1 AU = 150 million kilometers.
Welcome Astronomers! Today: Creating 2 scale models of the solar system D.E.A.R. Review for this week’s test DQ: A standard basketball in the NBA has a.
UNIT D Chapter 11, Lesson 2. UNIT D Chapter 11, Lesson 2 1.Mercury 2.Venus 3.Earth 4.Mars.
Topic: The Inner Planets PSSA: D/S8.D.3.1. Objective: TLW explain how distance is measured in our solar system. TLW compare the characteristics.
CLICK TO CONTINUE CLICK TO CONTINUE. The Sun Inner Solar System Inner Solar System Outer Solar System Outer Solar System.
Mercury Mercury Diameter;4, 849.6km. Diameter;4, 849.6km. speed;174,000km/hour. speed;174,000km/hour. moons;none. moons;none. distance from sun;57.5 million.
The Solar System by Donovan W  This is our Solar System.  We have the Sun, Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune, and Pluto.
Space.
The solar system.
Our Solar System Our solar system has 8 planets.
Our Solar System Our solar system is made up of 8 planets and many dwarf planets. . Our solar system is in the Milky Way Galaxy.
Solar System.
Solar System.
Gravity Factor # Beans Moon ________ x 100 = Mercury Venus *Earth 1
Presentation transcript:

The Solar System Sol and All

I. The Sun A. Sol 1. Type: yellow dwarf 2. Diameter: 1,393,000 kilometers 3. Mass: 2 x 1030 kg (333,060 Earths) 4. Surface Temperature: C B. Located on outer arm of the Milky Way galaxy

II. The Inner Planets A. Mercury: 1. Distance from Sol = 58,000,000 km (0.39 AU) 2. Little if any atmosphere 3. Surface Temp. = -173 – C 4. Tidally locked 5. no moons 6. 1 day = 6 months 7. 1 year = 3 months

B. Venus 1. Distance from Sol = 108,000,000 km (0.73 AU) 2. very thick poisonous atmosphere 3. Surface Temp. = C 4. no moons 5. 1 day = 8 months 6. 1 year = 7 ½ months

C. Earth 1. Distance from Sol = 150,000,000 km (1 AU) 2. temperate atmosphere 3. Surface Temp. = -88 – 58 0 C 3. one moon 4. 1 day = 24 hours 5. 1 year = 12 months

D. Mars 1. Distance from Sol = 228,000,000 km (1.38 AU) 2. thin atmosphere, mainly CO 2 3. Surface Temp. = C 4. 2 moons, Phobos & Deimos 5. 1 day = 24 ½ hours 6. 1 year = 22 ½ months

III. The Outer Planets A. Jupiter 1. Distance from Sol = 778,000,000 km (5.2 AU) 2. Gas giant (mainly H & He) moons (at last count) 4. 1 day = 9.8 hours 5. 1 year = 11.9 years

B. Saturn 1. Distance from Sol = 1,430,000,000 km (9.5 AU) 2. Gas giant (mainly H, He, methane & ammonia) moons (at last count) 4. 1 day = 10.5 hours 5. 1 year = 29.5 years

C. Uranus 1. pause for giggles 2. Distance from Sol = 2,900,000,000 km (19.2 AU) 3. Gas giant (mainly H, He & methane) with rocky core moons (at last count) 5. 1 day = 18 hours 6. 1 year = 84 years

D. Neptune 1. Distance from Sol = 4,500,000,000 km (30 AU) 2. Gas giant (mainly H, He & methane) with rocky core moons (at last count) 4. 1 day = 19 hours 5. 1 year = 165 years

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2024 SlidePlayer.com Inc. All rights reserved.