3.8BC Earth Engage A side-by-side comparison of the Earth and Sun.

Slides:



Advertisements
Similar presentations
Sun and Stars. What is a star? A star is a ball of hot, glowing gases. From Earth from stars look like small points of light because they are far away.
Advertisements

Digimap Training Workshops Map scales Any map is a scale representation of the Earth’s surface Scale may be defined as: – the ratio between distance measured.
The Milky Way Galaxy.
Describe the overall scale and structure of the universe.
Introduction to the Solar System Chapter 6. The Sun.
Science Focus Lesson Week 6 Polk County Public Schools Linda Vendur, Senior Coordinator.
It’s a Long Way to Tipperary – And Even Farther to the Nearest Star.
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.
Mars Basics. Size & Distance  Smaller than Earth (0.532x)  Mars diam ~ 6779 km (4212 miles)  Earth diam ~ 12,742 km (7918 miles)  8 Mars would fit.
Introductory questions for Detecting Extrasolar Planets from Space Science Sequence Unit 4 Great Explorations in Math and Science (GEMS)
Building a Scale Model of the Solar System (and Beyond)
Distances in Space Science 9. Using scientific notation Distances in space are very large We use scientific notation to represent very large and very.
Just how big is big? To do this, we need to make a model.
Light Years Away.. Questions 1-10 (1 point each) Question 11 (2 points) Total Points (12 Points)
To do this, we need to make a model.
Geometry Surface Area and Volume of Spheres October 18, 2015 Goals Find the surface area of spheres. Find the volume of spheres. Solve problems using.
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.
Topic: Light Years Essential Question: How do scientists use light years to measure distances in our universe?
The Sun  The sun is a medium size star  It appears larger than the other stars because of its relative nearness to the earth  It consists of about.
March 19 & 20 Do Now – Take a clicker; set aside for end of class. Take a look at your ‘What The ?!’ Question sheet. Do Now – Take a clicker; set aside.
How many light years away is Proxima Centauri if it is 2.5 x miles away? Let’s start here: How many feet are in 3 miles? How many seconds are in.
The Big Bang How our Solar System was formed.. How big are you?
Honors Geometry Sections 7.5 & 7.6 Surface Area & Volume of Cones & Spheres.
MERCURY Astronomy Mrs. Stotz Anastasia. CHARACTERISTICS How far from sun? 36,000,000 miles What is it made of? Iron How does it’s size compare to Earth?
 Stars can be classified in three ways:  Size – How massive the star is  Temperature – A stars color reveals its temperature. ▪ Red stars have a cooler.
Characteristics of Stars
Unit 1.2 Our Solar System AIM: How far away is the Earth from the Moon?
The TWO-INCH Universe A powerful set of analogies to examine size and distance in astronomy Source: smithsonianeducation.org.
Astronomy Review So Far…
Circle Circle Area of a Circle Area = π r 2. Circle  Circle- is a line forming a closed loop, and every point on which is fixed distance from a center.
WHY IS THIS USEFUL? CONVERT BETWEEN DIFFERENT MEASUREMENT SYSTEMS DIMENSIONAL ANALYSIS LABEL FACTOR UNIT FACTOR.
 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. 
What are the Relationships Among Objects in Space?
Review of the Scale Problems Scale problems are problems of the style that ask how big or small would something be if all objects were scaled up or down.
Mrs. Thornton Earth= 8,000 miles in diameter Moon= 2,159 miles in diameter (which is about four times smaller than the diameter of Earth)
Unequal Heating of the Earth. How far away is the Sun? 93 Million Miles Away!
Opening List the 5 themes of Human Geography 1.Location 2.Human-Environment Interaction 3.Region 4.Place 5.Movement.
Lets Make A Map Geography.
 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.
Objective: To find the opposite and the absolute value of an integer.
Making Sense of the Universe
By: Christavana Wilkerson. The Sun 1.What is the sun made of? Most of this gas is hydrogen (about 70%) and helium (about 28%). Carbon, nitrogen and oxygen.
AREA Remember: The perimeter of a shape is a measure of distance around the outside. The area of a shape is a measure of the surface/space contained within.
1. _____outer atmosphere of the sun 2. _____ a medium sized yellow star made of hot gases held together by gravity 3. _____prominences from different sunspot.
Do Now  Why do you think the planets orbit the sun? (Like what causes them to travel in a circle around the sun?)
Circles Game.
Modeling the Solar System
Scale Models & The Solar System
Sun-Earth-Moon Relationships
AREA The area of a shape is a measure of the surface/space contained within its perimeter. Remember: The perimeter of a shape is a measure of distance.
What’s in Outer Space? Menu Credits.
Please write down all the underlined items. Abbreviate to save time.
Measuring Inches.
Imaging Planets FRS 120 Lecture 4.
Wednesday 5/10/17 Notebook Entry: Re-read your notebook entry from yesterday. Now that you have read more (your homework) about the objects in our solar.
The Thousand-Yard Model
The EARTH is 93 Million Miles from the SUN.
Star Classification.
Amazing Facts About Our Universe
Galileo and Scaling Physics 109.
Bear Time Week of Sept. 5.
Describe the overall scale and structure of the universe.
11.8 Surface Area and Volume of Spheres
Science Planner /6/16 WALT: Scaling the Sun-Earth-Moon system.
Star Classification.
Please write down all the underlined items. Abbreviate to save time.
The Universe! Created by Educational Technology Network
Please write down all the underlined items. Abbreviate to save time.
EARTH.
Describe the overall scale and structure of the universe.
Presentation transcript:

3.8BC Earth Engage A side-by-side comparison of the Earth and Sun

Describe the characteristics of the Sun

 12-inch yellow balloon (per group)  3 mm blue bead (per group)  Permanent Marker

1. Inflate each balloon to approximately 12 inches in diameter 2. Make 3 to 5 small, black dots in a group on the surface of the balloon. These represent sunspots and should be 1-4 mm in diameter and varied in size.

1. Distribute a balloon and a small blue bead to each group. It may be easier to place the bead in a plastic baggie or glue it on an index card to prevent it from being lost.

Begin by having the students examine the two objects.

Ask: Why did we choose a yellow balloon and a blue bead? Ask: What do you think these two objects represent?

After allowing the students to examine the objects, tell them that this is a scale model of the Sun and Earth.

Ask: Using this scale, how far away would the Earth be from the Sun? Allow them to discuss this question in small groups and then as a class. Take the students outside or into the hallway and pace off 100 feet (approximately 35 steps).

Have one student hold up the bead and another student hold up the balloon at opposite ends of the 100 feet. Tell the students that this distance represents 93,000,000 miles, Earth’s distance from the Sun.

Summarize and let the students know that today they will learn all about the Sun’s characteristics. Prepare for a trip to outer space!