https://youtube.com/shorts/X8T_-fDsUZE?si=BxXuYq8KPBzpLaEq Description Are you trying to teach your Middle School Students about Black Holes in an engaging manner? This product is for you! Students will be able to explain how scientists are able to A. Find Black Holes B. Determine the chemical composition of stars Contains 2 No Prep Labs MATERIALS Glow Sticks Index Cards You can use this lesson during your Astronomy unit or chemistry!! It connects chemistry with space science. Total Pages 4 pages Answer Key N/A Teaching Duration 1 hour

https://youtube.com/shorts/X8T_-fDsUZE?si=f2gO-RI5gNmzAsXu Description Are you trying to teach your Middle School Students about Black Holes in an engaging manner? This product is for you! Students will be able to explain how scientists are able to A. Find Black Holes B. Determine the chemical composition of stars Contains 2 No Prep Labs MATERIALS Glow Sticks Index Cards You can use this lesson during your Astronomy unit or chemistry!! It connects chemistry with space science. Total Pages 4 pages Answer Key N/A Teaching Duration 1 hour

Are you looking for a fun lab with no prep to motivate your high school students to learn about graphing speed. Here it is!! Upon completion of the lesson, students will be able to Define acceleration and velocity. Describe the differences between velocity and acceleration. Identify and utilize the formula for calculating the average acceleration of an object in given scenarios. Students will go to the track and race a person against someone on a bike. Your class will go out on the track and have a student do a 100-meter dash, recording their time at every 5-meter interval. (Have one person stand at each 5-meter mark and use their stopwatch.) Repeat that experiment, but with a bicycle starting from rest, in the highest (hardest to push) gear, and pushing with maximum force on the pedals. After students collect the data, make one correctly labeled position vs. time graph which includes a curve representing the motion of each racer. They will have the opportunity to learn about acceleration and make predictions if the track was longer.

If you’re looking for a fun, easy, precise sound resonance lab, this has worked great for years. To actually be able to find the speed of sound at around 340 m/s in a classroom setting is pretty amazing. Physics students will love determining the speed of sound in air with this fun and editable lab! This activity is ideal for a classroom setting or for the homeschooler. Objective Calculate the speed of sound using the principle of resonance in a tube.

https://classful.com/product/astronomy-apollo-13-movie-guide-lab-and-space-inventions-middle-school-science/ Description NASA must devise a strategy to return Apollo 13 to Earth safely after the spacecraft undergoes massive internal damage putting the lives of the three astronauts on board in jeopardy Part 1 STEM This lesson can be used during the movie or as a WebQuest prior to watching the 1995 film starring Tom Hanks. This movie is played at the Christa McAuliffe Planetarium by NASA for my 8th-grade students on field trips. The answer key is included and written in red to make grading easier. Part 2 Students will learn the contributions to their everyday life from the Space Program Part 3 Lab How do astronauts feel when they are working in space Materials Nuts and Bolts Rubber gloves Big Bowl Water

https://youtube.com/shorts/mISCjMRuPX0?si=ixpYl9V5GOO4h9yc Description Celebrate the upcoming 2024 Solar Eclipse with our comprehensive Total Solar Eclipse Teaching Lesson. On Monday, April 8th, 2024, a total solar eclipse will traverse North America Objective: To demonstrate an eclipse of the sun and the moon using models Materials: Light bulb Golf bulb Tennis ball How to safely view this event is outlined in this product!! This educational resource is designed to equip elementary students with engaging activities to enlighten them about this momentous astronomical event. If you are encountering difficulties in teaching the concept of Eclipses to your middle school students, this resource can provide valuable assistance. The product has two main sections Hands-on activity to simulate an eclipse. Detailed safety procedures for observing the eclipse on the day of the event. Benefits: Enhance Engagement: Transform the Total Solar Eclipse into a dynamic and educational experience that captivates students through interactive learning. I By incorporating hands-on activities, this lesson ensures that all students can delve into the marvels of the Solar Eclipse. Ideal for educators and homeschooling parents aiming to fascinate their students with the enchantment of the 2024 Solar Eclipse. This lesson is suitable for both traditional classroom settings and homeschooling environments, offering quick setup and breakdown for ease of use.

Here is a fun lab to teach Archimedes’ Principle using only an empty soup can and water Define buoyant force. State Archimedes’ principle. Understand why objects float or sink. Understand the relationship between density and Archimedes’ principle. This is a terrific resource to teach physics and math.

“Mu of a Shoe”: An Exploration of Low-Tech Friction The primary aim of this laboratory experiment is to ascertain the static and kinetic coefficients of friction pertaining to a shoe on a tabletop surface. By utilizing a shoe, a spring scale, and weights, the goal is to analyze the factors influencing the force required to move the shoe across a specified surface. Materials required for this experiment include a protractor, spring scales with varying measuring scales, one or more shoes, a laboratory table, and a range of weights. Upon completion of this practical, students will engage in a comparative analysis between the static coefficient of friction and the kinetic coefficient of friction, presented in a formal Claim-Evidence-Reasoning format.

This product contains 3 hands on experiments to teach Newton’s laws and inertia. The materials are already in your kitchen. 7.MS-PS3-2. Develop a model to describe the relationship between the relative positions of objects interacting at a distance and their relative potential energy in the system. 8.MS-PS2-1. Develop a model that demonstrates Newton’s third law involving the motion of two colliding objects. 8.MS-PS2-2. Provide evidence that the change in an object’s speed depends on the sum of the forces on the object (the net force) and the mass of the object. Clarification Statement: •Emphasis is on balanced (Newton’s first law) and unbalanced forces in a system, qualitative comparisons of forces, mass, and changes in speed (Newton’s second law) in one dimension. Embark on an engaging scientific project that explores the intriguing concept of influencing a coin flip. Tailored for students in grades 8 to 10, this laboratory experiment challenges conventional statistical norms. By delving into the captivating domain of statistics, the project aims to ascertain the likelihood of a coin landing on heads or tails, while also exploring the potential impact of the individual flipping the coin. Laboratory 1: This interactive experiment not only fosters critical thinking but also hones students’ data analysis skills. By unraveling the enigma of probability, participants delve into the captivating world of coin flips, offering a hands-on approach to understanding statistical concepts. Laboratory 2: Students are introduced to a practical application of Newton’s First Law of Motion in determining the state of an egg – whether raw or hard-boiled – by examining the egg’s center of gravity. Laboratory 3: In the final experiment, students engage in a fun yet enlightening exploration involving a buttered piece of toast dropped from a table. This experiment serves as an engaging way to comprehend the concept of inertia in objects. Total Pages 10 pages Answer Key Included

Check out this is one period activity/lab to teach students about the concept of density This is a fun lab in which the entire class can enjoy on a hot day. The materials are found at every pool. Included is a worksheet to check the students understanding of the material. They will remember this lab for a very long time.

Have you encountered substitute teachers who struggled with comprehending high school physics textbooks? This substitute plan aims to address this issue by introducing an engaging WebQuest to challenge your students. The project focuses on applying Newton’s Law of Gravitation by utilizing a website that visualizes stars and planets visible at any specific date, time, and location in recent history. Originating in the mid-1600s, Isaac Newton’s Law of Universal Gravitation revolutionized the understanding of gravitational attraction between two objects based on their masses and separation distance. Through this project, students will explore and compare gravitational forces between objects of varying sizes placed at different proximities. Utilize the provided website to observe the celestial configuration on the date and time of your birth. HS-ESS1-4: Orbital Motions Use mathematical or computational representations to predict the motion of orbiting objects in the solar system. (Scale, Proportion, and Quantity) Clarification Statement: Emphasis is on Newtonian gravitational laws governing orbital motions, which apply to human-made satellites as well as planets and moons. Assessment Boundary: Mathematical representations for the gravitational attraction of bodies and Kepler’s Laws of orbital motions should not deal with more than two bodies, nor involve calculus.