Solar System Model.

Slides:



Advertisements
Similar presentations
How Far is Far?.
Advertisements

#5 -Describe the different types of map scales used
Size and Scale of the Universe January 3-4
1 A walk through the Universe Space is big. You just wont believe how vastly, hugely, mind-bogglingly big it is. I mean, you may think its a long way down.
How many centimeters are there in one kilometer?
The Science of Physics Chapter 1: Factor-Label and Dimensional Analysis.
Plant The Planets By Tava T. Pham Mercury Mercury has no moons. Mercury is 36 million miles away from the Sun. Mercury has no atmosphere.
Distances in Space.
Scale Drawings and Maps
How large are the objects in the solar system? Let’s view them to scale –Different scale than text: sizes and distances both on same scale –Sun: 1.39 x.
Our Solar System By Jeannie Sawyer Fair Use Guidelines Certain materials are included under the fair use exemption of the U.S. Copyright Law and have.
Astronomical Units & Light Years Project. Distance in Space An ellipse is an oval-shaped path. An astronomical unit (AU) is the average distance between.
Mercury  The closest planet to the sun.  It has no moons.  It has 38% gravity.  It takes 88 days to orbit the sun.
1 Essential Questions 1. What is the solar system? 2. How are models and scale related? 3. Can we make a solar system model that uses the same scale for.
To do this, we need to make a model.
Solar System Presentations D. Crowley, Solar System Presentations  To recap all the planets, and identify some of their key characteristics.
Our Solar System By Priya Papandrea. Contents Our Planets The Sun Facts about the sun More facts about the sun The moon Facts about the moon Bibliography.
Exploring the Solar System By the end of this session you will: have a better understanding of the sizes of and relationship between units of length have.
Star trekkers The earth this a part of a vast and complex universe that operates on a set of constant principals.
Objectives: Learn what units scientists measure distances in space. Define and use an astronomical unit to measure distances in space. Define and use a.
Size and Scale Sizes and distances in astronomy are extremely large… in fact beyond comprehension Scientists (and the world) use the metric system Units.
Station 1: Planet Earth – Size, Distance and Location.
Page 407 #1-6 & Page #1-4 ANSWERS!
Large numbers Orders of magnitude and proportional reasoning.
My Planet Add planet name here. ______ planet from the sun Write a statement here about the number in line that your planet is from the sun.
Venus !!!! Welcome to planet Venus!! By: jona Braxton.
Competition for the 4 grade Now the year is In 1543 the Polish astronomer Nicolaus Copernicus proved that the Earth rotates on its axis while orbiting.
 Understand how our view of the solar system has changed over time and how discoveries made have led to our changing our view of the solar system. 
Astronomic Distances. Solar system- planets and other objects like comets and asteroids that travel around the sun Background.
The Sun: Our star.
TOURING THE SOLAR SYSTEM Use the Internet to research this project and use the following websites as a place to start:
7-6 Scale Drawings and Maps Warm Up Warm Up Lesson Presentation Lesson Presentation Problem of the Day Problem of the Day Lesson Quizzes Lesson Quizzes.
Exploring the Solar System
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.
My Inner Planets By Gabriela Mendoza Mercury Mercury’s minimum distance from Earth is 48 million miles. A year in Mercury is equal to Earth days.
Unit Conversions. A physical quantity must include: Number + Unit.
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.
The Planets of Our Solar System Mercury.
Scientific Notation Definition: A method of expressing numbers in terms of a decimal number between 1 and 10 multiplied by a power of 10. Example: The.
Mars Mercury Neptune Earth Jupiter SaturnUranus Venus QUESTION Begin by clicking on the images to explore each of the planets in our solar system.
How big do you think our Solar System is compared to the Universe?
Scientific Notation Definition: A method of expressing numbers in terms of a decimal number between 1 and 10 multiplied by a power of 10. Example: The.
The Sun: Our star.
Modeling the Solar System
Scale Models & The Solar System
Our Solar System Each planet goes around (orbits) the sun. Mercury has a circular orbit and the rest of the planets have an oval orbit.   Our solar system.
/21 & 10/24/11 Scientific Notation
Using Math to Understand Our Solar System
Mars Basics.
Scale Model of the Solar System
The Solar System.
Example Pluto Your Name.
Our Solar System.
Section 4.4 Logarithmic Scales
The Thousand-Yard Model
The Sun: Our star.
Venus Mercury Earth Meteoroid Comet Neptune Mars Jupiter
Planetary Distance from the Sun
Mars Basics.
Smallest to Largest ? Universe Solar System Galaxy.
Distances in Space.
Scale Model of the Solar System
Solar System.
Mars Basics.
Mars Basics.
The Universe Going the distance.
Solar System.
Solar System.
Galaxies, Solar Systems and Motion (35B/36A)
Our Solar System.
Presentation transcript:

Solar System Model

Requirements Scaled distances and sizes. Models for the Sun and all eight planets. Information for each object presented in a way that the viewer will understand without direction. Real pictures. Exploration missions. Intended Audience. Site sources and magnifications on information displays.

How Do I Start? Start by identifying your intended audience. Second choose a scale that your audience will understand. Next find your conversion ratio. (This is your scale.) Calculate the distance in your scale to each planet from the Sun. Calculate the diameter of each planet. Build the models and put together data and pictures. If you need to magnify your model you must state that on your information display.

Calculate The Scale Start be setting the distance from the Sun to Neptune equal to your model distance. In my model I used a basketball court. From hoop to hoop it was 84 ft. My source was Philip’s Atlas of the Universe, by Sir Patrick Moore. According to my source the distance from Sun to Pluto using the mean, or average, distance is 5,900 million km. (When I made my model we had not redefined planets.) Then I converted to English measurements and then to inches. 9,500,000,000 km 0.62 mile 1 ft 5,843,254 miles = 84 ft 1 km 12 in 1 in

Yeah! I have a scaled unit! Now what? Using your scale unit convert the other distances in your model. Here is an example. Distance from Sun to Mars = 227.9 million km, or 227,900,000 km. First convert into English and apply your ratio. 227,900,000 km 0.62 mile 1 in = 24.18 in 1 km 5,843,254 mile

What about the size of planets? You do the same thing with the diameter of the planets (radius multiplied by 2) as you did with the distances. If you need to add a magnifier, add it at the end. Use your same scale ratio you did for distance. Here’s an example. Mars is 6,794 km in diameter. That’s too small to work with so multiple by your magnifier. 6,794 km 0.62 mile 1 in = 0.0007 in 1 km 5,893,254 mile 0.0007 in x 1000 = 0.7 in

My Solar System doesn’t fit in here. Yes, I know. When presenting you will have to just show us your planets and information displays. You maybe able to show us some of the scaled distances, otherwise just tell us how far away they would be.