About This Chapter
AP Physics 1: Linear Momentum - Chapter Summary and Learning Objectives
Video lessons in this chapter can help you explore topics ranging in complexity from the variables involved in calculating momentum to the relationship between Newton's laws and the physics of collisions. You can also learn the impulse-momentum change equation used to determine the amount of force acting on an object or measure the resulting change in speed. Instructors include plenty of examples, illustrations and sample problems to help you learn these physics principles. By the end of this chapter, you should be able to do the following:
- Explain the relationship between momentum, mass and velocity
- Apply basic physics principles to collisions
- Differentiate between collision types
- Define an isolated system
|Linear Momentum: Definition, Equation, and Examples||Describe momentum. Learn how to solve for momentum using the correct formula.|
|Momentum and Impulse: Definition, Theorem and Examples||Find out how the physics of collisions are governed by the laws of momentum. Describe the impulse-momentum change equation.|
|Conservation of Linear Momentum: Formula and Examples||Understand applications for the momentum conservation principle and see some examples.|
|Elastic and Inelastic Collisions: Difference and Principles||Explain the differences between elastic and inelastic collisions.|
|Isolated Systems in Physics: Definition and Examples||Get details on isolated systems. Learn how to determine whether or not a collision occurs in an isolated system.|
1. Linear Momentum: Definition, Equation, and Examples
Any moving object has momentum, but how much momentum it has depends on its mass and velocity. In this lesson, you'll identify linear momentum, as well as see examples of how an object's momentum is affected by mass and velocity.
2. Momentum and Impulse: Definition, Theorem and Examples
To understand how a change in momentum affects an object, we look to impulse. In this lesson, you'll understand how impulse describes an object's change in momentum, as well as how changing the force or time of the impulse can have very different outcomes.
3. Conservation of Linear Momentum: Formula and Examples
The law of conservation of momentum tells us that the amount of momentum for a system doesn't change. In this lesson, we'll explore how that can be true even when the momenta of the individual components does change.
4. Elastic and Inelastic Collisions: Difference and Principles
When objects come in contact with each other, a collision occurs. In this lesson, you'll learn about the two types of collisions as well as how momentum is conserved in each.
5. Elastic Collisions in One Dimension
In this lesson, you'll learn how to solve one-dimensional elastic collision problems. You'll find that understanding the conservation of momentum and conservation of kinetic energy is essential to solving these types of problems.
6. Isolated Systems in Physics: Definition and Examples
Systems are important to understand when studying physics, but they are not always easy to describe. In this video lesson, you'll identify isolated systems and understand what makes them unique.
7. Calculating Center of Mass: Definition, Equation & Example
What is the center of mass and how is it calculated? Is it the same as the centroid or center of gravity? Learn how to find the center of mass of objects in one-, two-, even three-dimensional space!
8. Calculating the Velocity of the Center of Mass
The center of mass concept is very useful when dealing with a system of particles. In this lesson, we deal with the velocity of the center of mass and how to determine if it changes, causing a net acceleration.
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Other chapters within the AP Physics 1: Exam Prep course
- AP Physics 1: Systems
- AP Physics 1: Vectors
- AP Physics 1: Kinematics
- AP Physics 1: Newton's Laws
- AP Physics 1: Work, Energy, & Power
- AP Physics 1: Motion
- AP Physics 1: Oscillations
- AP Physics 1: Rotational Motion
- AP Physics 1: Electrical Forces and Fields
- AP Physics 1: Direct Current Circuits
- AP Physics 1: Mechanical Waves