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High School Physical Science: Help and Review32 chapters | 347 lessons
Coefficient of Friction: Definition, Formula & Examples
1. How is the coefficient of static friction defined and measured?
2. Which of the following would change the coefficient of static friction?
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About This Quiz & Worksheet
Static friction is an important physical force, and this interactive quiz and worksheet will help you check your knowledge regarding the coefficient of static friction. You will be asked about the coefficient and its properties in the quiz.
Quiz & Worksheet Goals
Practice questions in this quiz will ask you to:
- Define the coefficient of static friction and its equation
- Identify properties of the coefficient
- Explain changes in the coefficient of static friction
- Solve for the coefficient
Skills Practiced
In these assessments, you will utilize the following skills:
- Interpreting information - verify that you can read information regarding properties of the coefficient of static friction and interpret it correctly
- Reading comprehension - ensure that you draw the most important information from the related lesson on static friction
- Problem solving - use acquired knowledge to solve for the coefficient of static friction in practice problems
Additional Learning
To learn more about the coefficient of static friction, review the complementary lesson on the subject entitled Coefficient of Friction: Definition, Formula & Examples. This lesson will cover a number of goals, including:
- Learn about static friction through a narrative explanation
- Define the coefficient of static friction
- Solve practice problems involving force and static friction
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Lesson
21 in chapter 11 of the course:
- Newton's First Law of Motion: Examples of the Effect of Force on Motion 8:25
- Distinguishing Between Inertia and Mass 6:45
- Mass and Weight: Differences and Calculations 5:44
- State of Motion and Velocity 4:40
- Force: Definition and Types 7:02
- Forces: Balanced and Unbalanced 5:50
- Free-Body Diagrams 4:34
- Net Force: Definition and Calculations 6:16
- Newton's Second Law of Motion: The Relationship Between Force and Acceleration 8:04
- Determining the Acceleration of an Object 8:35
- Determining the Individual Forces Acting Upon an Object 5:41
- Air Resistance and Free Fall 8:27
- Newton's Third Law of Motion: Examples of the Relationship Between Two Forces 4:24
- Newton's Laws and Weight, Mass & Gravity 8:14
- Identifying Action and Reaction Force Pairs 8:12
- The Normal Force: Definition and Examples 6:21
- Friction: Definition and Types 4:15
- Inclined Planes in Physics: Definition, Facts, and Examples 6:56
- Buoyancy: Calculating Force and Density with Archimedes' Principle 7:39
- Linear Momentum: Definition, Equation, and Examples 4:58
- Coefficient of Friction: Definition, Formula & Examples 5:38
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7:01
Next Lesson
Coefficient of Kinetic Friction: Definition, Formula & Examples
- Sliding Friction: Definition, Formula & Examples 3:55
- Go to Physical Science - Force, Motion, and Newton's Laws: Help and Review
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