In this lesson, you'll learn about the difference between science fact and science fiction. The cool thing is that you can apply these ideas to almost every aspect of your life when making a decision.
Lesson recording: 01.01 Scientific knowledge.mp4
3 questions to ask yourself before you believe something - Siska De Baerdemaeker
Science or Pseudoscience? Five Red Flags
"Floor Time" and bad science: https://www.instagram.com/reel/C8VV9AhuoPu/?igsh=bHVzYm9hdHFiYXJ2
Good science requires good measurement. In this lesson, you will learn about some of the different ways we measure the world around us.
Lesson recording: 01.02 Measurement of Matter.mp4
Volume and density are two core concepts for measuring matter. The cool thing about learning these topics is that you will see them again and again in future science (and math) classes. You can also apply these skills to cooking, crafting, and even sports!
Lesson recording: 1.03 Volume and Density.mp4
What Is Density? (Chemistry Explained Simply)
You are surrounded by matter, and you're made of it, too. But what is matter? In this lesson, you will learn more about matter and the properties of matter. You'll be able to apply your understanding to the world around you every day.
Lesson recording: 1.04 Physical Properties.mp4
What's Matter? - Crash Course Kids #3.1
What is matter? https://youtu.be/Rv0Rqe2Gl8M?si=-o7u5CUqvloXzbEf
When we measure matter, we are usually measuring physical properties. But sometimes, we are looking more about how to investigate what we know about the matter we see every day. In this lesson, you will learn more about the differences between facts, theories, variables, and hypotheses. These are all key ingredients to measure the world around us!
Lesson recording: 1.05 Measuring Physical Properties.mp4
Independent,Dependent, and Control Variables
As you prepare for the module exam, make sure you're using the study tools right on our class resource page! Start by reviewing your guided notes (available in each lesson on the first and last pages or in the "Notes" tab at the top of the lesson window). A great trick is to cover up the main terms or answers and see if you can explain the concepts out loud in your own words.
Next, take the sample quizzes for each lesson without looking at your notes. When you finish, check your answers to see what you've already mastered and exactly which topics need a quick second review before you take your test!
In Module 1, we discussed the different measurements of matter. In this lesson, you'll learn more about how the states of matter and energy are connected.
Lesson recording: 2.01 States of Matter.mp4
There are two different types of changes that matter can undergo, physical and chemical. In this lesson, you'll learn more about how the states of matter and energy are connected. This is a continuation of 02.01, and the concepts from that lesson are important for this lesson as well!
Lesson recording: 2.02 Physical vs Chemical Changes.mp4
Physical and Chemical Properties
When there is a reaction, the number of atoms involved in the reaction stays the same. This is the concept of "conservation of mass," and it's a key concept in biology, chemistry, and physics. In this lesson, you will learn the concepts behind the conservation of mass.
Lesson recording: 2.03 Conservation of Mass.mp4
As we learn more about how mass changes in specific situations, we are also exploring how the amount of energy in a reaction is related to chemical changes. In this lesson, you'll learn the difference between exothermic and endothermic reactions.
Lesson recording: 2.04 Thermal Energy and Chemical Change.mp4
When we talk about things like molecules and compounds, it's usually impossible to see these things directly. Instead, we rely on models, which are representations of the real world but in a way we can understand. You are very familiar with models already: a weather map, a planetary model, or even a diagram of the brain. In this lesson, you'll make a model of your own.
Lesson recording: 2.05 Physical Models.mp4
As you prepare for the module exam, make sure you're using the study tools right on our class resource page! Start by reviewing your guided notes (available in each lesson on the first and last pages or in the "Notes" tab at the top of the lesson window). A great trick is to cover up the main terms or answers and see if you can explain the concepts out loud in your own words.
Next, take the sample quizzes for each lesson without looking at your notes. When you finish, check your answers to see what you've already mastered and exactly which topics need a quick second review before you take your test!
What do we know about atoms, except that they are very, very small? There have been lots of theories about atoms in the past, and in this lesson, we will explore some of the things we know - and don't know yet - about atoms. In this lesson, you'll learn about the Atomic Theory and how scientists formed it and changed it over thousands of years.
Lesson recording: 3.01 The Atomic Theory.mp4
The 2,400-year search for the atom - Theresa Doud
How Small Is An Atom? Spoiler: Very Small.
Atomic Structure And Electrons - Structure Of An Atom - What Are Atoms - Neutrons Protons Electrons
You are already familiar with some of the different elements in our lives, like oxygen and gold. In this lesson, you'll learn more about how different elements are arranged in a helpful table that incorporates the latest scientific thinking about elements.
Lesson recording: 3.02 The Periodic Table.mp4
The periodic table | Atoms, elements, and the periodic table | High school chemistry | Khan Academy
Learn the Basics of the Periodic Table!
How The Periodic Table Organizes the Elements | Chemistry Basics
When atoms of various elements combine, they form many new structures, including compounds, molecules, and mixtures. In this lesson, you'll learn the difference between compounds, molecules, and mixtures.
Lesson recording: 3.04 Compounds.mp4
Difference between an Atom, a Molecule and a Compound
Differences Between Compounds, Molecules & Mixtures #3: https://youtu.be/jBDr0mHyc5M?si=uUlE-lsr_q1qA7iw
When something is sour, it's usually because it's acidic, while slick compounds are often basic. These two properties, acidic and basic, are measured in a special scale called pH. In this lesson, you'll learn about the pH scale, and common items that are either acidic or basic.
Lesson recording: 3.05 pH and Salts.mp4
What Is The pH Scale | Acids, Bases & Alkalis | Chemistry | FuseSchool
Acids And Bases Salts And pH Level - What Are Acids Bases And Salts - What Is The pH Scale Explained
Mixing compounds together can result in different types of matter. In this lesson, you'll learn about mixtures and pure substances and how to identify them in the real world!
Lesson recording: 3.06 Mixtures and Pure Substances.mp4
Types of Matter - Elements, Compounds, Mixtures, and Pure Substances
As you prepare for the module exam, make sure you're using the study tools right on our class resource page! Start by reviewing your guided notes (available in each lesson on the first and last pages or in the "Notes" tab at the top of the lesson window). A great trick is to cover up the main terms or answers and see if you can explain the concepts out loud in your own words.
Next, take the sample quizzes for each lesson without looking at your notes. When you finish, check your answers to see what you've already mastered and exactly which topics need a quick second review before you take your test!
For this module exam, you will need to answer around 40 questions that include the topics in Module 1, 2, and 3. Some of your questions are multiple choice and some are matching and other types of questions.
Hot tip: Read each question carefully! Many students answer questions incorrectly because they don't read the full question. When writing an answer, make sure to use your best grammar and clearly explain your reasoning.
PREPARING FOR THE SEMESTER EXAM:
Remember:
1. There are two parts of the final exam. They are averaged together for your final grade.
2. Use your guided notes from each section to identify the topics that you know and where you still need to study. See the tip below
3. Did you use the videos in each section above to prepare for the exam.
Great Study Tip: At LSS, we STRONGLY suggest that you use the guided notes to help you prepare for the exam. Here's how:
In any lesson, click on the "Notes" link on the menu at the top of the page:
Open the guided notes and print out a fresh copy of each as a study guide. Without using your notes, try to fill out the guided notes. You'll very quickly identify where you need to study more.
Our planet is an amazing engine with many processes that support life. In this lesson, you'll learn about the ideas of conservation and restoration for the planet, and for a healthier world.
Lesson recording: 4.01 Conservation.mp4
Conservation and Restoration Ecology: Crash Course Ecology #12
Environmental Narratives | Culture, Power, and Global Environment
Photosynthesis is, at its core, a process that takes sunlight and captures it into chemical energy. In this lesson, you'll learn the basics of photosynthesis, including one of two key formulas that recycle carbon, oxygen, and hydrogen in our environment.
Lesson recording: 4.02 Photosynthesis.mp4
Like photosynthesis, cellular respiration is all about energy. In cellular respiration, however, energy that was stored from photosynthesis is converted into things that all living things can use to grow, move, and reproduce. In this lesson, you'll learn about this process, and the paired formula that is the opposite (sort of!) of photosynthesis.
Lesson recording: 4.03 Cellular respiration.mp4
Carbon is a key ingredient to life on earth. It's a special atom with many unique characteristics. In this lesson, you'll learn how carbon is cycled around in the environment through processes like photosynthesis, cellular respiration, and combustion.
Lesson recording: 4.05 The Carbon Cycle.mp4
The Global Carbon Cycle: Crash Course Chemistry #46
The Hydrologic and Carbon Cycles: Always Recycle! - Crash Course Ecology #8
Humor cartoon: https://www.instagram.com/p/C5pXmejMx2p/?igsh=MW05djVwNzUycGNidA%3D%3D
In this lesson, you'll have an opportunity to put your knowledge into action by creating a model reflecting the carbon cycle.
Remember, the topic is all about how elements are conserved in their processes. Include those formulas and details that demonstrate your understanding of where carbon and other elements are recycled in processes.
Lesson recording: 4.06 Conservation Models.mp4
Here's where to find the assignment for this module: https://docs.google.com/document/d/1ZTBpesnt2YWiAxk8pFZlf23wJ3WQZBL8glEoETfhtjc/edit?usp=sharing
Sweden Solar System - World's Biggest Scale Model!
There is not a practice quiz for this lesson.
As you prepare for the module exam, make sure you're using the study tools right on our class resource page! Start by reviewing your guided notes (available in each lesson on the first and last pages or in the "Notes" tab at the top of the lesson window). A great trick is to cover up the main terms or answers and see if you can explain the concepts out loud in your own words.
Next, take the sample quizzes for each lesson without looking at your notes. When you finish, check your answers to see what you've already mastered and exactly which topics need a quick second review before you take your test!
As we move into space science, let's start with an overview of universe and what is in it. In this lesson, you'll learn about some of the celestial objects found in space, and how we have learned to understand the structure of the universe.
Lesson recording: 5.01 Space and Beyond.mp4
Iceberg of Celestial Bodies Explained
Comets, Asteroids, and Meteors | Learn all about what they are made of and how they differ
Voids and vacuums: https://www.instagram.com/reel/Cy1l7RWPppF/?igshid=MTc4MmM1YmI2Ng%3D%3D
Galaxies are more than just collections of stars. They are unique and enormous structures that contain billions of stars and amazing array of celestial objects. In this lesson, you'll learn about galaxies and some of the common, and not-so-common, features you can find in them.
Lesson recording: 5.02 Galaxies.mp4
As we take a closer look at galaxies, we start seeing the different types of stars that make up the galaxies. In this lesson, you'll learn about a variety of the more common stars and their characteristics.
Lesson recording: 5.03 Stars.mp4
Stars: Crash Course Astronomy #26
Classification of Stars: Spectral Analysis and the H-R Diagram
Stars and Galaxies: The Life Cycles of Stars
The Most Important Diagram in the Universe
JWST Has Discovered a New Class of Space Objects We Didn't Know Existed
We have a special relationship with a star: our sun. In this lesson, you'll learn about some of the unique characteristics of our own star and things we have learned from our up-close perspective.
Lesson recording: 5.04 Solar Properties.mp4
The Sun: Crash Course Astronomy #10
The Strange Cycle of Sun Spots And Solar Winds | How The Universe Works
How do we know so much about other stars and planets? Well, the short answer is that we now have technology that measures events in the electromagnetic spectrum. In this lesson, you'll learn about the electromagnetic spectrum and how we use it to explore distant celestial objects.
Lesson recording: 5.06 Electromagnetic Spectrum.mp4
Light: Crash Course Astronomy #24
What is Light? Maxwell and the Electromagnetic Spectrum
Light sucking flames look like magic
Fantastic article about how spectroscopy is used in real life:
All over the world, space exploration has taken new opportunities to learn more about outer space. In this lesson, you'll learn more about some of the space exploration technologies that are innovating how we understand our place in the universe.
Lesson recording: 5.07 Space Technology .mp4
The Space Exploration Technologies
Revolutionary Space Technologies and Innovations
Astronomers Have Spotted a Galaxy So Far Away, It Raises Troubling Questions
As you prepare for the module exam, make sure you're using the study tools right on our class resource page! Start by reviewing your guided notes (available in each lesson on the first and last pages or in the "Notes" tab at the top of the lesson window). A great trick is to cover up the main terms or answers and see if you can explain the concepts out loud in your own words.
Next, take the sample quizzes for each lesson without looking at your notes. When you finish, check your answers to see what you've already mastered and exactly which topics need a quick second review before you take your test!
Have you ever wondered how our solar system began? Where did all the planets, asteroids, and comets come from? In this lesson, you'll learn about solar system development, and you'll even try to arrange planets yourself in a solar system simulation!
Lesson recording: 6.01 Formation of the Solar System.mp4
How did the Solar System form?
Ep 01 How Did Our Solar System Form?
The Formation of the Solar System and the Structure of the Sun
Dr. Erika Hamden on Gravity https://www.instagram.com/reel/DJjzdBRBP9i/?igsh=MXg4YWZuZ2U0aGd4Mg==
Our solar system has some pretty unique characters in its cast, and in this lesson, you'll learn more about our own solar system.
Lesson recording: 6.02 Exploring the Solar System.mp4
The Solar System -- our home in space
How far away really is the moon? https://www.youtube.com/shorts/ZUe9cI6rPGA
Seasons and tides are two common experiences for almost everyone on earth. In this lesson, you'll learn what causes seasons and tides, and you'll even get to model this in your own way!
Lesson recording: 6.03 Seasons and Tides.mp4
Some outer-space phenomena can be observed every day, like the sun moving through the sky or seeing the stars at night. In this lesson, you will learn about two common occurrences that involve a direct impact on the earth and our observation of the world around us: eclipses and moon phases.
Lesson recording: 6.04 Eclipses and Moon Phases.mp4
Moon Phases: Crash Course Astronomy #4
Eclipses: Crash Course Astronomy #5
For this module exam, you will need to answer around 15 questions that include the topics in Module 6. Some of your questions are multiple choice and some are matching and other types of questions.
Hot tip: Read each question carefully! Many students answer questions incorrectly because they don't read the full question. When writing an answer, make sure to use your best grammar and clearly explain your reasoning.
As you prepare for the module exam, make sure you're using the study tools right on our class resource page! Start by reviewing your guided notes (available in each lesson on the first and last pages or in the "Notes" tab at the top of the lesson window). A great trick is to cover up the main terms or answers and see if you can explain the concepts out loud in your own words.
Next, take the sample quizzes for each lesson without looking at your notes. When you finish, check your answers to see what you've already mastered and exactly which topics need a quick second review before you take your test!
For this module exam, you will need to answer around 40 questions that include the topics in Module 4, 5, and 6. Some of your questions are multiple choice and some are matching and other types of questions.
Hot tip: Read each question carefully! Many students answer questions incorrectly because they don't read the full question. When writing an answer, make sure to use your best grammar and clearly explain your reasoning.
PREPARING FOR THE SEMESTER EXAM:
Remember:
1. There are two parts of the final exam. They are averaged together for your final grade.
2. Use your guided notes from each section to identify the topics that you know and where you still need to study. See the tip below
3. Did you use the videos in each section above to prepare for the exam.
Great Study Tip: At LSS, we STRONGLY suggest that you use the guided notes to help you prepare for the exam. Here's how:
In any lesson, click on the "Notes" link on the menu at the top of the page:
Open the guided notes and print out a fresh copy of each as a study guide. Without using your notes, try to fill out the guided notes. You'll very quickly identify where you need to study more.