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sowiso logo Basic Physics
Start of a Basic Physics course, based on Openstax College Physics 2e (chapters 1 to 4).
- Introduction: nature of science and physics 
- One-dimensional motion
- Two-dimensional motion 
- Force and Newton's laws of motion
Available languages: 
en
Course content
[OpenStax, College physics 2e, Introduction: the nature of science and physics] The nature of science and physics
Introduction to science and the realm of physics, physical quantities, and units
THEORY
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1.
Introduction to science and the realm of physics, physical quantities, and units
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Teacher's manual - The nature of science and physcs
Physics: an introduction
THEORY
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1.
Physics: an introduction
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2.
Physics: an introduction
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THEORY
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3.
Accuracy, precision, and significant figures
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4.
Accuracy, precision, and significant figures
7
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5.
Physical quantities and units
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6.
Physical quantities and units
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7.
Approximation
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8.
Approximation
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Summary
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1.
Summary page
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[OpenStax College physics 2e: Kinematics] One-dimensional motion
Introduction to one-dimensional motion
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Introduction to one-dimensional motion
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2.
Teacher's manual one-dimensional motion
Basic concepts
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Displacement
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2.
Displacement
8
THEORY
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3.
Vectors, scalars, and coordinate systems
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4.
Vectors, scalars, and coordinate systems
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5.
Time, velocity, and speed
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6.
Time, velocity, and speed
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7.
Acceleration
PRACTICE
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8.
Acceleration
9
Equations of motion and problem solving
THEORY
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1.
Motion equations for constant acceleration in one dimension
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PRACTICE
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2.
Motion equations for constant acceleration in one dimension
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THEORY
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3.
Problem-solving basics for one-dimensional motion
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PRACTICE
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4.
Problem-solving basics for one-dimensional motion
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THEORY
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5.
Graphical analysis of one-dimensional motion
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PRACTICE
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6.
Graphical analysis of one-dimensional motion
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THEORY
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7.
Falling objects
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8.
Falling objects
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Summary
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1.
Summary page
[OpenStax College Physics 2e: Two-dimensional kinematics] Two-dimensional motion
Introduction to two-dimensional motion
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Introduction to two-dimensional motion
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Motion in two dimensions: an introduction
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Teacher's manual two-dimensional motion
Vector addition and subtraction
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Vector addition and subtraction: graphical methods
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2.
Vector addition and subtraction: graphical methods
12
THEORY
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3.
Vector addition and subtraction: analytical methods
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4.
Vector addition and subtraction: analytical methods
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Two-dimensional motion
THEORY
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Projectile motion I
PRACTICE
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2.
Projectile motion I
8
THEORY
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3.
Projectile motion II
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4.
Projectile motion II
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5.
Addition of velocities
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6.
Addition of velocities
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Summary
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1.
Summary page
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[Openstax, College physics 2e, Dynamics: Force and Newton's laws of motion] Force and Newton's laws of motion
Introduction to forces and Newton's laws
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1.
Teacher's manual
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2.
Introduction to dynamics: Newton’s laws of motion
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Development of force concept
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Development of force concept
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Newton's laws
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Newton's first law of motion: inertia
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Newton's first law of motion: inertia
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Newton’s second law of motion: concept of a system
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4.
Newton's second law of motion: concept of a system
10
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5.
Newton’s third law of motion: symmetry in forces
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6.
Newton’s third law of motion: symmetry in forces
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Forces and applications of Newton's laws
THEORY
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1.
Normal, tension, and other examples of forces
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2.
Normal, tension, and other examples of forces
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3.
Problem-solving strategies
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4.
Problem-solving strategies
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5.
Further applications of Newton’s laws of motion
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6.
Further applications of Newton's laws
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7.
Extended topic: the four basic forces (an introduction)
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8.
Extended topic: the four basic forces (an introduction)
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Summary
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1.
Summary page
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