1)What is the force on the 1.0nC charge in the figure?(Figure 1) Give the magnitude. 2)Give…
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Question “1)What is the force on the 1.0nC charge in the figure?(Figure 1) Give the magnitude. 2)Give…”
1)What is the force on the 1.0nC charge in the figure?(Figure 1)
Give the magnitude.
2)Give the direction.
Answer
Coulomb force, vector algebra are the required concepts to solve this problem.
First, using the Coulomb force, find the net force acting on
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charges. Next, use vector algebra to determine the direction of net force on
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.
The Coulomb force is the force between two charges separated at a distance. The Coulomb force is.
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is the distance between them.
A vector is a physical quantity that has both magnitude and direction. A vector can be divided into a vertical and horizontal component. If the angle of the vector is measured with the horizontal axis, then the
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component is the horizontal component and the
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component is the vertical component, where
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is the angle made by the vector with the horizontal axis.
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on the left is,
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Substitute
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for
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,
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for
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,
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for
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and
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for
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.
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on the right is,
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Substitute
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for
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,
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for
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,
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for
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and
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for
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.
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Both forces are vectors. As both the charges are positive, the force
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acts along the line joining charge
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on the left away from the charge. The force
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acts along the line joining charge
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on the light away from the charge.
These vectors can be broken down into components so that the horizontal components are equal or opposite and then they get cancelled. The vertical components are added.
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is,
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Substitute
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for
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and
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and
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for
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.
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As both the charges are positive, the force
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acts along the line joining charge
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on the left away from the charge. The force
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acts along the line joining charge
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on the light away from the charge.
By splitting the vectors into components, the
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component of
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will be in the positive
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direction or towards right and
What-is-the-force-on-the-1.0nC-charge-in-the-figure?(Figure-1)-Give-the-magnitude.-2)Give.png?x-oss-process=image/resize,w_560/format,webp)
component of
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will be in the positive
What-is-the-force-on-the-1.0nC-charge-in-the-figure?(Figure-1)-Give-the-magnitude.-2)Give.png?x-oss-process=image/resize,w_560/format,webp)
direction or upwards.
What-is-the-force-on-the-1.0nC-charge-in-the-figure?(Figure-1)-Give-the-magnitude.-2)Give.png?x-oss-process=image/resize,w_560/format,webp)
The
What-is-the-force-on-the-1.0nC-charge-in-the-figure?(Figure-1)-Give-the-magnitude.-2)Give.png?x-oss-process=image/resize,w_560/format,webp)
component of
What-is-the-force-on-the-1.0nC-charge-in-the-figure?(Figure-1)-Give-the-magnitude.-2)Give.png?x-oss-process=image/resize,w_560/format,webp)
will be in the negative
What-is-the-force-on-the-1.0nC-charge-in-the-figure?(Figure-1)-Give-the-magnitude.-2)Give.png?x-oss-process=image/resize,w_560/format,webp)
direction or towards right and
What-is-the-force-on-the-1.0nC-charge-in-the-figure?(Figure-1)-Give-the-magnitude.-2)Give.png?x-oss-process=image/resize,w_560/format,webp)
component of
What-is-the-force-on-the-1.0nC-charge-in-the-figure?(Figure-1)-Give-the-magnitude.-2)Give.png?x-oss-process=image/resize,w_560/format,webp)
will be in the positive
What-is-the-force-on-the-1.0nC-charge-in-the-figure?(Figure-1)-Give-the-magnitude.-2)Give.png?x-oss-process=image/resize,w_560/format,webp)
direction or upwards.
What-is-the-force-on-the-1.0nC-charge-in-the-figure?(Figure-1)-Give-the-magnitude.-2)Give.png?x-oss-process=image/resize,w_560/format,webp)
What-is-the-force-on-the-1.0nC-charge-in-the-figure?(Figure-1)-Give-the-magnitude.-2)Give.png?x-oss-process=image/resize,w_560/format,webp)
components are equal and opposite, they get cancelled. The remaining
What-is-the-force-on-the-1.0nC-charge-in-the-figure?(Figure-1)-Give-the-magnitude.-2)Give.png?x-oss-process=image/resize,w_560/format,webp)
components are equal, and both directed vertically upwards.
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is therefore moving vertically upwards.
Ans:
What-is-the-force-on-the-1.0nC-charge-in-the-figure?(Figure-1)-Give-the-magnitude.-2)Give.png?x-oss-process=image/resize,w_560/format,webp)
is
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.
Conclusion
Above is the solution for “1)What is the force on the 1.0nC charge in the figure?(Figure 1) Give the magnitude. 2)Give…“. We hope that you find a good answer and gain the knowledge about this topic of science.