Browsing Animations / iwp-packaged / Electrostatics

coulombslaw01.iwp

Two balls of equal mass (see Input for value) are suspended from long strings of equal length. The balls are initially charged to the same value of charge Qo. You can add charge to each ..

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coulombslaw02.iwp

The blue and red balls have the same size, shape, and composition. They have a coating of graphite paint, which makes their surfaces good conductors. The red ball, hanging from a long thread, is initially ..

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coulombslaw03.iwp

A red ball is connected to a spring which is fixed at the left side of the screen. The ball is initially at the unstretched/uncompressed position of the spring, x = 0. A blue ball, soon ..

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efield-plot-02.iwp

Two charges (red and blue) are positioned on the x-axis and produce an electric field in the space surrounding them. A positive test charge (green) is initially located on the y-axis. Lines (black) from the ..

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efield-plot-02a.iwp

A charge (red) is positioned at the origin. A positive test charge is represented by the black dot. A vector representing the magnitude and direction of the electric field of the red charge at the ..

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efield-plot-02b.iwp

Two charges (red and blue) are positioned on the x-axis and produce an electric field in the space surrounding them. A positive test charge is represented by the green dot. Vectors representing the magnitude and ..

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efield-plot-02c.iwp

Two charges (red and blue) are positioned on the x-axis and produce an electric field in the space surrounding them. A positive test charge is represented by the green dot. Vectors representing the magnitude and ..

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inverse-r-squared-test.iwp

A charged ball hanging from a long thread is deflected to the left by a second charged ball connected to an insulating handle. As the second charge is moved to the left, the first charge ..

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