The Future of our Solar System

Slides:



Advertisements
Similar presentations
Life Cycle of a Star.
Advertisements

Life Cycle of a Star!.
White Dwarf. Collapse The core of a giant star collapses as helium fuses. –Outer layers continue to expand –Loses over half its mass The lost mass comes.
The Life of a Star (15.1) BLM 15.1b
Life Cycle of Stars 1st Step: Stars form from nebulas
The Life Cycle of Stars.
Stars What are they?.
Nebulas Formed By Stars By Ian, Luke, and Neville.
Chapter 26 Part 1 of Section 2: Evolution of Stars
Giant clouds of gas and dust The birthplace of stars! Nebula.
By Emily LaPorte!. this slide show will have information about the universe astrononaghts stars and more!
OUR SOLAR SYSTEM Our solar system is nearly 5 billion years old.
Supernova Supernovas are stars that are billions of times as bright as the sun. They become so bright because they are exploding. They don’t stay as bright.
The Outer Planets S-5-6-3_Outer Planets PPT. The Outer Planets The four planets farthest from the Sun: Jupiter, Saturn, Uranus, Neptune Also called the.
Life Cycle Of A Star By Miharu Furuta.
Stellar Evolution. Forces build inside the protostar until they are great enough to fuse hydrogen atoms together into helium. In this conversion.
 Earth tilts at 23 ° and causes the seasons.  Earth revolves around the Sun.  The moon revolves around the Earth.  Moon reflects the sun’s rays and.
THE LIFE CYCLES OF STARS. In a group, create a theory that explains: (a)The origin of stars Where do they come from? (b)The death of stars Why do stars.
The Solar System. Volume I: The Sun, Mars and Saturn By Kavitha and Rowena.
The Solar System By Stefanie Blackburn Overview Our Solar System is made up of nine planets, their moons, and our sun. The planets and their moons revolve.
Nebulae. “Nebula” comes from the Latin word for cloud. “Nebulae” is the plural. It is loosely applied to anything that looks fuzzy or extended in a telescope.
Nebulae A nebula is a cloud of dust, gas and plasma. The material clumps together to form larger masses that eventually are big enough to form a protostar.
By Ryan and Mike. How stars are formed There are two main models of star formation. Gravitational collapse is a process when molecular clumps that are.
Stars Life Cycle By: Dyshelle and Khushbu. Star Formation After a billions years when the molecules of hydrogen that are floating in space, that come.
Life Cycles of Stars.
Bye, Bye Supernova Nebulas Black Holes Stars By Grant and Nicholas Rockets are awesome!
Galaxies, Nebulae, and Stars. TEKS 8.8A describe components of the universe including stars, nebulae and galaxies, and use models such as the Herztsprung-Russell.
Life Cycle of Stars. Stars are born in Nebulae Vast clouds of gas and dust Composed mostly of hydrogen and helium Some cosmic event triggers the collapse.
1. _____ huge, hot brilliant ball of gases 2. _____inner atmosphere of the sun 3. _____loops of gas that jump from sunspots 4. _____ how hot or cold something.
A Journey to Our Planetary Neighbors
Not All Stars are the Same We will examine the following stages of life for stars: ▫ Birth ▫ Early life ▫ Major part of life ▫ Old age ▫ Death ▫ Remains.
Our universe How old is our universe? Our universe is 15 billion years old How did the universe begin? It began with the big bang What is the tempreture.
Our sun is a star located at the center of our Solar System. It is a huge, spinning ball of hot gas and nuclear reactions that lights up the Earth and.
Sun, Moon, Earth, What kind of life cycle does a star have?
Astronomy Unit Test Jeopardy Review Game.
Stars.
Notes using the foldable
Star Death From white dwarfs…......to black holes.
Astronomy: Life Cycle of A Star
Life Cycle of the Stars. The Making of the Star Stars are formed in nebulae, which are large clouds of dust and gas. Some of these clouds can get be up.
Life cycle of a star by MonkeyBall
Ch 26.2 & 3 Life Cycle of Average & Low Mass Stars 1.What are the stages of star low and average mass stars? 2.How does the star’s composition change as.
ETA CARINAE – NATURE’S OWN HADRON COLLIDER We still do not know one thousandth of one percent of what nature has revealed to us. - Albert Einstein -
 Page 1: Front Page  Page 2: Table of contents  Page 3: Understanding Question 3  Page 4: Understanding Question 4  Page 5-11: 1. Nebula & Main sequence.
The First Stage To A Star - Nebula A stars life is like a human, it begins almost as a fetus, then infant, adult, middle-aged, and then death. The first.
STARS.
THE BIRTH AND DEATH OF A LOW/MEDIUM MASS STAR. Stars begin as NEBULAS, a large cloud of dust and gas.
By: Monkeyrocker92 And G-menfan. Nebula  A nebula is a big cloud of gas and dust.
 Stars are born from great clouds of gas and dust  They mature, grow old, and die  The more massive a star is, the shorter its life  A star is a sphere.
Jupiter Tyler Randles Jupiter 5/14/13. Jupiter’s Red Storm Jupiter’s Red Storm has been going on for over 400 years. It was created when a couple objects.
12.2 Life as a Low-Mass Star Our Goals for Learning What are the life stages of a low-mass star? How does a low-mass star die?
The Life Cycle of Stars.
STARS & their life cycles Like us, stars are born, grow older, become middle aged and eventually die!!! Unlike us, stars take billions of years to complete.
“Twinkle, Twinkle Little Star” The Life Cycle of a Star: Nursery to Neverland Courtney Mutschler Geospace 355
Definition: A gigantic cloud of dust and gas in the universe that clumps together to form stars and planets. Facts: The gas is mostly the smallest atoms-
The Outer Planets S-5-6-3_Outer Planets PPT. The Outer Planets The four planets farthest from the Sun: Jupiter, Saturn, Uranus, Neptune Also called the.
The Life Cycle Of Stars.
A disk of dust and gas orbiting a newly formed star.
Stellar Evolution From Nebula to Neutron Star. Basic Structure The more massive the star the hotter it is, the hotter it is the brighter it burns Mass.
THE LIFE-CYCLE OF A STAR
20.3 The lives of stars Key concepts: how does a star form? What determines how long a star will exist? What happens to a star when it runs out of fuel?
Notes using the foldable
The sun The sun By Jessica Clegg.
Life Cycle of the Stars.
Properties of Stars.
The Life Cycle Of Stars.
Chapter 14.2 The Evolution of Stars.
Our Solar System.
STELLAR EVOLUTION. STELLAR EVOLUTION What is a star? A star is a huge ball of hot gas, held together by its own gravity. Most of the gas is hydrogen.
04/07/2019 The Earth and Beyond.
Presentation transcript:

The Future of our Solar System BY MYLES MACK-MERCER AND DAVON MCDONALD

THE PICTURE IN THE PREVIOUS SLIDE SHOW HOW MERCURY,VENUS,EARTH,MARS ORBIT THE SUN. AFTER A WHILE,ABOUT 5 TO 8 BILLION YEARS, THE SUN WILL BURN OUT HYDROGEN AND SUCK IN THOSE FOUR PLANETS.

THE SUN WILL TURN BIG AND RED AND SWELL UP AND TURN INTO HELIUM THE SUN WILL TURN BIG AND RED AND SWELL UP AND TURN INTO HELIUM. When sun loses it’s outer layers, it forms a nebula. THE SUN WILL THEN LEAVE BEHIND ITS CORE CALLED A WHITE DWARF. A WHITE DWARF HAS A MASS COMPARIABLE TO THE SUNS AND A VOLUME LIKE THE EARTHS.THEY ALSO STORE LOTS OF HEAT A nebula is a cloud of dust, hydrogen gas and plasma.

If the Earth isn’t sucked into the sun the Earth's water and most of its atmosphere will be boiled away. WITHOUT WATER WE WILL NOT BE ABLE TO GROW CROPS OR HAVE ANYTHING TO DRINK.

OUR PLANETS FUTURE!! IF ALL THIS WERE TO BE TRUE,INNER PLANETS WILL BE DESTROYED,BUT SOME OF THE OUTER PLANETS MAY SURVIVE.

ALL THIS IS “SUPPOSED” TO HAPPEN IN ABOUT 5 TO 8 BILLION YEARS.

WORKS CITIED http://deneb.astro.warwick.ac.uk/phsdaj/public_html/SDSS1228+1040/ http://www.cosmosmagazine.com/node/952