PLANETS DEONTYE D. DEANS. Radius: 1,516 mi Mass: * 10^23 kg (0.055 Mo) Length of Day: 58d 15h 30m Orbital period: 88 days Gravity: 3.7 m/s Surface.

Slides:



Advertisements
Similar presentations
Earth and Other Planets Moving in Space Module A Chapter 1 Grade 4.
Advertisements

Planet Neptune By: Diamond-Charlay.
Earth, Sun, & Moon By Ms. Ochoa. Science Science 4- I know that Earth orbits the Sun and that the Moon orbits Earth.
Solar System Packet Information on the parts of the Solar System.
GEOCENTRIC MODEL (EARTH- CENTERED MODEL)  Explains the daily motion of the planets, constellations and stars (East / West; appearance and disappearance)
© 10-Day Grade 5 STAAR Science Review Day 7 – Earth and Space Readiness TEKS 5.8C Supporting TEKS 5.8D and 3.8D.
Welcome to... A Game of X’s and O’s Modified from a game Developed by Presentation © All rights Reserved
A Presentation by the _________ Crew _____, _______, _______, _________ ______________________________.
Mercury By: Miranda Albany. Mercury’s symbol Mercury’s history on its name Mercury’s name is originated from a roman god like most of the planets. The.
Name of planet Presentation created by: group members names *Make sure you change fonts, backgrounds, animation, and graphics at the END!
 The Sun is bigger than the Earth.  Earth is the third planet from the Sun at a distance of about 150 million km.  One day on Earth takes 24 hours.
HOW TO WRITE A REPORT ON THE SOLAR SYSTEM WHEN YOU WRITE A REPORT, TRY TO ANSWER AS MANY OF THE FOLLOWING QUESTIONS AS YOU CAN:
Rotation and Revolution
Newton’s Law of Universal Gravitation. Law of Universal Gravitation.
Planets Caitlin Price Mercury Venus EarthSaturn Neptune Quiz.
Topic: Planetary Motion PSSA: D/S8.D.3.1. Objective: TLW differentiate between rotation and revolution. TLW differentiate between rotation and revolution.
Gravity in Space. Learning Objectives: All pupils must: Recall that the strength of gravity is decreases with increasing distance Recall that planets.
Comparing Planet using Charts.  Size  Appearance  Having moons  Having rings  Period of rotation (how long a day is)
THE PLANETS Marcus winston. Mercury is the smallest and innermost planet in the Solar System. Its orbital period is less than any other planet in.
Venus By: Sara Gerald.
Jupiter Julianna Sutow.
Name of your planet Your name Days
Astronomy Vocabulary Cornell Notes Page 63.
Greek Astronomy Philosophers: Aristarchus
Gravity & Orbits An abridged version….
The Earth The Earth is the third planet from the Sun.
Who Wants To Be A Millionaire?
Enduring Understanding: Studying dynamics (causes of motion) has had a profound effect on the way humans view their world. Essential Question: What may.
Natural Sciences and Technology Grade 6
I think: ______________
THE SOLAR SYSTEM.
The Moon.
SATURN.
EARTH'S ROTATION AND REVOLUTION
EARTH'S ROTATION AND REVOLUTION
Rotate or Revolve? GLE Explain how the positional relationships among the earth, moon, and sun control the length of the day, lunar cycle, and.
Sun,Earth,and Moon By Caden Love.
EARTH'S ROTATION AND REVOLUTION
What are the motions of the Earth?
Lesson 1: Newton’s Law of Universal Gravitation
Earth This is a picture of Earth in space. Mayra Diaz.
Earth’s motion.
EARTH'S ROTATION AND REVOLUTION
Solution... Click for answers.
Open your NB to pg 30 and leave it blank
Natural Sciences and Technology Grade 6
Do Now: Write your heading Copy the following Learning Targets:
EARTH'S ROTATION AND REVOLUTION
1. What is the force of gravity between a 3
Basic Statistics and Motion
Revolution vs. Rotation
Orbit Orbit condition Example Whiteboards.
EARTH'S ROTATION AND REVOLUTION
3. a. What is the force of gravity between a 2
Year 5 - The Earth, Moon and Sun Revision
About how much time does it take the Earth to complete one rotation?
EARTH Earth means land Earth comes from the Old English word “ertha”
How Do Earth and the Moon Compare?
Our Solar System consists of the Sun and 9 planets The Sun is a star
Astronomy Vocabulary pt. 1
EARTH'S ROTATION AND REVOLUTION
A Presentation by _________
What do we know? Fg = 78.6 N Fg = mg = (8)(9.8) = 78.4 N 1.
The archetype terrestrial planet
Mercury.
Gravity.
Earth and Space Science
EARTH'S ROTATION AND REVOLUTION
What do we know? Fg = 78.6 N Fg = mg = (8)(9.8) = 78.4 N 1.
Presentation transcript:

PLANETS DEONTYE D. DEANS

Radius: 1,516 mi Mass: * 10^23 kg (0.055 Mo) Length of Day: 58d 15h 30m Orbital period: 88 days Gravity: 3.7 m/s Surface area: millon mi Moons: 0 moons Rings: 0 rings Appearance: it look just like earths moon Size: 1,516 mi Rotation on its Axis: 59 earth days to spin on axis