Q.34 FIGURE聽EX10.34聽shows the poten... [FREE SOLUTION]

Chapter 10: Q.34 (page 257)

$F I G U R E E X 10.34$ shows the potential energy of a system in which a particle moves along the x-axis. Draw a graph of the force $F_{x}$ as a function of position x.

Short Answer

Expert verified

As a function of position x, the graph of the force $(F_{x})$ is,

The component of the force is constant, and it remains negative in direction in half of the journey, while it is positive in the other half.

Step by step solution

Force :

The force exerted on a mass item that causes it to alter velocity.

Explanation :

On the potential energy diagram, the equation gives the y-component of force,

$F_{x} = - \frac{d U}{d x}$

Particle's potential energy diagram,

The slope of the potential energy diagram is the x-component of force.

At $x = 0.5 m$ , the x-component of force is,

$F_{x = 0.5} = - \frac{(0 - 2) J}{(0 - 0.5) m} = - 4 (J / m) = - 4 N$

At $x = 1 m$ , the x-component of force is,

$F_{x = 1} = - \frac{(2 - 0) J}{(0.5 - 1) m} = 4 (J / m) = 4 N$

As a function of position x, the graph of the force is,

The component of the force is constant, and it remains negative in direction in half of the journey, while it is positive in the other half.

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91影视

$F I G U R E E X 10.34$ shows the potential energy of a system in which a particle moves along the x-axis. Draw a graph of the force $F_{x}$ as a function of position x.

Short Answer

Step by step solution

Force :

Explanation :

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91影视

FIGUREEX10.34shows the potential energy of a system in which a particle moves along the x-axis. Draw a graph of the force Fxas a function of position x.

Short Answer

Step by step solution

Force :

Explanation :

One App. One Place for Learning.

Most popular questions from this chapter

Recommended explanations on Physics Textbooks

Quantum Physics

Physics of Motion

Wave Optics

Oscillations

Electromagnetism

Circular Motion and Gravitation

Study anywhere. Anytime. Across all devices.

$F I G U R E E X 10.34$ shows the potential energy of a system in which a particle moves along the x-axis. Draw a graph of the force $F_{x}$ as a function of position x.