Ginger Dublin 6th Grade Science

Slides:



Advertisements
Similar presentations
Good Afternoon! Please get your eInstruction remote and notebook.
Advertisements

Life Cycle of Stars Section 26.3.
Chapter 4 – Stars, Galaxies, and the Universe.  The electromagnetic spectrum includes the entire range of radio waves, infrared radiation, visible light,
The Life Cycle of a Star.
Classifying Stars Brightness. Some stars are so bright that you can see them even in a lighted city, while others are so dim that you can only see them.
NOT THOSE TYPES OF STARS! LIFE CYCLE OF STARS WHAT IS A STAR? Star = ball of plasma undergoing nuclear fusion. Stars give off large amounts of energy.
+ Quick write What would happen if the sun disappeared?
The Life Cycle of a Star I can describe the life cycle of a star u Bell ringer – What type of magnitude is each definition referring to? 1. The true.
Stars, Galaxies, and the Universe.  To understand how telescopes work, its useful to understand the nature of the electromagnetic radiation. Light is.
Lunar Phases. Size Largest stars = supergiants or giants The next step down in size are called medium stars. White dwarf stars are about the size of.
HR Diagram. Characteristics of Stars  Temperature/Color  Mass  Luminosity Absolute Magnitude Apparent Magnitude.
STARS Mrs. Anton.
Chapter 15 – Stars, Galaxies and the Universe. Chapter 15 – History of the Universe Section 2 – Characteristics of Stars Section 2 – Characteristics of.
Stars.
Lives of Stars Please get out your notes and a pencil.
Stars and Galaxies.
Ginger Dublin 6th Grade Science
Life Cycle of Stars Nebula hundreds of light years in size contract under gravity
Studying the Lives of Stars  Stars don’t last forever  Each star is born, goes through its life cycle, and eventually die.
Lives of Stars Chapter 17 Section 4 Pages Chapter 17 Section 4 Pages
Life Cycle of a Star. What is a Star? 1. Giant balls of exploding gas consisting mainly of hydrogen and helium. 2. There are 100 billion stars in the.
Lives of Stars 8 th Grade Science
Light-year The distance light travels in one year. A unit of distance used to measure between stars.
STARS.
Chapter 3 Stars & Galaxies. What is a huge collection of stars called? galaxy.
Stars Goal: Compare star color to star temperature.
STARS A Life and Death Production. Nebula A very large diffuse mass of interstellar dust and gas (mostly Hydrogen). This material starts to collapse in.
Characteristics of Stars. What is a galaxy? (hundreds of billions of stars) (hundreds of billions of stars) Our solar system is located in the Our solar.
Stars. Nebulae A nebula is a cloud of dust, hydrogen gas and plasma. The material clumps together to form a protostar. This is the first stage in the.
THE LIFE CYCLE OF A STAR Objective: I will compare and contrast the life cycle of stars based on their mass.
Unit 2- Stars.
EMS review.
Chapter 15 Section 3 Lives of Stars.
STARS AND GALAXIES.
Stars.
Stars begin as gas and dust called a nebula.
Unit 5 Stars *Basic Star Information *Electromagnetic Spectrum
Stars and Galaxies.
The Life Cycle of a Star.
Properties of Stars.
Astronomy-Part 3 Notes Characteristics of Stars
Stars begin as gas and dust called a nebula.
The lifecycle of a star This Photo by Unknown Author is licensed under CC BY.
The Life Cycle of a Star.
The Universe.
Life Cycle of Stars Lesson 4, Unit 2.
LIFE CYCLE OF A STAR Sun (main sequence star) Stellar Nebula
Stars Notes Ch. 28.
Astronomy-Part 3 Notes Characteristics of Stars
Stars.
The Life Cycle of a Star.
The Life Cycle of a Star.
What’s in the Night Sky?.
The Life Cycle of a Star.
Stars.
A Life and Death Production
Chapter 15 – Stars, Galaxies and the Universe
Stars.
A beginning, middle and end
The Life Cycle of a Star.
How are stars born, and how do they die?
Lives of Stars.
Stars.
Stars.
STARS.
The Life Cycle of a Star.
All about Stars Sections 9.2 & 9.4.
Stars.
Stars.
Stars.
Presentation transcript:

Ginger Dublin 6th Grade Science

Star Facts

Types of Stars and How They Form Low Mass Stars Medium Mass Stars High Mass Stars

Low Mass Stars Nebula Protostar Main Sequence Star White Dwarf Small, cool stars Use hydrogen slowly Live more than 30 billion of year

Medium Mass Stars Nebula Protostar Main Sequence Star Red Giant Planetary Nebula White Dwarf Medium size and temperature Live about 10 billion years

High Mass Stars Nebula Photostar Main Sequence Star Supergiant Supernova Neutron Star or Black Hole Hottest, most massive stars Shortest lives: millions of years Uses hydrogen quickly

Black Holes Formed when a supernova explodes causing its core to collapse. So dense that even light can’t escape its gravity.

Stars

Starlight Brightness Apparent Magnitude: How bright a star appears to be from earth when viewed with the unaided eye. Distance can cause a dimmer star to appear to be brighter than a brighter star that is farther away. Absolute Magnitude: The amount of light (brightness) a star actually has. This is an actual measurement.

Electromagnetic Radiation Energy that travels through space in waves Stars give off electromagnetic radiation in different forms Each form has its own wavelength Radio Waves Infrared Rays Visible Light Ultraviolet Light X-Rays Gamma Rays

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

© 2025 SlidePlayer.com. Inc. All rights reserved.