Curated Video
Speed, Velocity, Acceleration
Discover how speed, velocity and acceleration are interlinked but very different measurements of motion. Physics - Forces - Learning Points. The velocity and acceleration of any moving object can be calculated. Speed is the distance...
Curated Video
Calculus: Newton
Newton's development of calculus, and how this changed the way we describe the world. Maths - History Of Maths A Twig Math Film. Reinforce and extend the learning required by the curriculum. Twig’s context films show abstract concepts in...
Curated Video
Propulsion
The process of pushing or moving an object forwards. A Twig Science Glossary Film. Key scientific terms defined in just 60 seconds using stunning images and concise textual definitions. Twig Science Glossary Films reinforce abstract...
Curated Video
Action and reaction – Clip
Find out how the lack of air resistance within the vacuum of space is an important factor in space exploration. Physical processes - Force and motion - Action and reaction Learning Points There is no air resistance in the vacuum of...
Curated Video
Sonic Boom - Breaking the Sound Barrier
Fascinating insight into the sonic boom created when a jet plane breaks the sound barrier. Physical processes -Sound - Volume Learning Points The speed of sound in air is about 343 m/s. A sonic boom occurs when something moves faster...
Flipping Physics
Understanding Motion Graphs: Position, Velocity, and Acceleration in Physics
This section of Kinematics AP Physics review, we focus on motion graphs in physics. We explore how the slope of a position versus time graph represents velocity, while the slope of a velocity versus time graph represents acceleration....
Flipping Physics
Kinematics Review: Key Concepts and Applications
This review of Unit 1: Kinematics for AP Physics 1, we cover essential topics such as significant figures, conversions, vectors and scalars, and key kinematic equations. It emphasizes the importance of understanding vector quantities...
Flipping Physics
Understanding Relative Motion: One-Dimensional Frames of Reference in AP Physics 1
This section, we explain the concept of relative motion, emphasizing that the motion of an object depends on the observer's frame of reference. In AP Physics 1, relative motion is limited to one dimension. A common example involves two...
Wonderscape
The Science of Roller Coasters: Friction, Acceleration, and Thrills
Dive into the science behind roller coasters, exploring how friction and acceleration play crucial roles. Understand how friction converts energy into heat, impacting the coaster's motion, and learn how acceleration, influenced by...
Wonderscape
The Forces Behind Rocket Launches
Unpack the forces that propel rockets beyond Earth's atmosphere. This segment breaks down the concepts of thrust, weight, and drag, explaining their interplay in achieving successful rocket launches. Learn how engineers optimize rocket...
Wonderscape
Physics of Rockets: Applying Newton's Laws of Motion
Dive into the basics of rocket science, exploring the fundamental physics principles that enable rockets to defy gravity and soar into space. Discover how Newton's laws of motion play a critical role in rocket engineering and launch...
Curated Video
The Physics of Thrills: Exploring Roller Coasters
Step into the exciting world of roller coasters and learn how they blend physics with fun to deliver thrilling experiences safely. This video takes you behind the scenes to uncover how roller coasters are designed to maximize excitement...
Curated Video
Newton and the Third Law of Motion
Dr. Forrester explains Newton’s Third Law of Motion.
Curated Video
Newton and the Second Law of Motion
Dr. Forrester teaches about Newton’s Second Law of Motion.
Flipping Physics
Mass Spectrometer
Delve into the mass spectrometer, a crucial tool for understanding particles and their properties. Consisting of a velocity selector and a deflection chamber, it begins with charges entering the crossed fields of magnetic and electric...
Curated Video
I WONDER - What Is Acceleration?
This video is answering the question of what is acceleration.
Curated Video
GCSE Physics - What is an Orbit? #86
This video covers: - What an orbit is - Why objects orbit rather than flying off or being sucked in - Why we consider orbiting objects to be continually accelerating - Why objects with a smaller orbit have to travel faster Exam board...
Curated Video
GCSE Physics - Velocity Time Graphs #54
This video covers: - How to interpret velocity-time graphs - How to calculate total distance travelled using a velocity-time graph - What the gradient of the line means General info: - Suitable for all GCSE and IGCSE courses - See below...
Curated Video
GCSE Physics - Momentum Part 2 of 2 - Changes in Momentum #60
In this video we cover: - How to calculate an object's momentum - The concept that applying a force to an object changes its momentum - How to calculate a change in momentum using the equation 'F=(mv-mu)/t' - The idea that reducing the...
Curated Video
GCSE Physics - Newtons First and Second Laws #56
This video covers: - Newton's first law - Newton's second law - F=ma equation - The idea of circular motion - Inertia and inertial mass General info: - Suitable for all GCSE and IGCSE courses - See below for whether it is higher or...
Curated Video
GCSE Physics - Distance-Time Graphs #53
This video covers: - How to interpret distance-time graphs - How to calculate speed on a distance-time graph - What the gradient of the line means - Drawing a tangent General info: - Suitable for all GCSE and IGCSE courses - See below...
Curated Video
GCSE Physics - Acceleration #52
This video covers: - What acceleration is - The 2 equations for calculating acceleration - Average and uniform acceleration - Example questions General info: - Suitable for all GCSE and IGCSE courses - Suitable for higher and foundation...
Curated Video
F=ma
Dr. Forrester teaches about Newton’s Second Law. She conducts an experiment to show Newton’s Second Law. She explains that the formula F=ma is needed to calculate the amount of force needed to accelerate an object.