Telescope Teaching

This lab is intended for physics students who are familiar with 1-dimensional motion equations, the concepts of displacement, velocity, and acceleration, and introduced to projectile motion. Students will be using both an experimental and theoretical approach to determine the horizontal range of a projectile and comparing the two results. I have personally used this lab with IB Physics students and it is a fan-favorite! I have used this lab in both an in-person and a virtual setting. The lab ca

This lab is intended for physics students who are familiar with 1-dimensional motion equations, the concepts of displacement, velocity, and acceleration, and have been introduced to Newton’s Laws. Students will be using both an experimental and theoretical approach to determine the acceleration of a cart and comparing the two results. I have personally used this lab with IB Physics students. I have used this lab in both an in-person and a virtual setting. The lab can be completed in the classr

Thank you for downloading my slow-mo video lab activity! This lab is intended for physics students who are familiar with 1-dimensional motion equations and the concepts of displacement, velocity, and acceleration. Students will be using both an experimental and theoretical approach to determine the acceleration due to gravity and comparing the two results. I have personally used this lab with IB Physics and AS (Cambridge) Physics students. I have used this lab in both an in-person and a virtual

In these guided notes, learners will be guided through the derivations of 1-dimensional motion equations (also called SUVAT equations). Learners should be familiar with the definitions of displacement, velocity, and acceleration but do not need to be familiar with motion equations. Guided notes are intended to be extended further with practice problems. Teacher version included -- can be used as a resource to help differentiate with learners who need more complete notes. I would love any fee

This resource includes 10 motion equation practice problems. The problems progress from simple constant velocity to more complex problems involving acceleration and multiple types of motion. The problems are suitable for students who are familiar with kinematics equations and concepts. Key included! 1-Pager Study Guide Equation and Problem Solving "Cheat Sheet" included if you want to provide that to your students! Related Products: 1-Dimensional Motion Equation Lecture1-Dimensional Motion

IB Physics HL Course Outline & TimelineThis resource documents how to structure your IB Physics Course. Please see my additional resources for breakdown of lessons, activities, and assessments included in this outline. __________________ The IB Physics HL course spans two years and covers core topics, HL extensions, an internal assessment (IA), and one optional topic, preparing students for the IB final exams. The course includes a mix of theory, problem-solving, hands-on laboratory work, a

This 1-Dimensional Motion Equations 1-Pager Study Guide can be handed out directly to students or used as a note-taking template/example for students to complete their own 1-pager study guides before an assessment. Related Products: 1-Dimensional Motion Lecture Slides1-Dimensional Motion Guided NotesSee what else I'm up to! Instagram | Pinterest