Two positive ions, each carrying a charge q, are separated by a distance d. If F is the force of repulsion between the ions, then the number of electrons missing from each ion will be (e being the charge on an electron) :−
4π∈0Fd2q2
4π∈0Fd2e2
√4π∈0Fe2d2
√4π∈0Fd2e2
A
4π∈0Fd2e2
B
√4π∈0Fd2e2
C
4π∈0Fd2q2
D
√4π∈0Fe2d2
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Two positive ions each carrying a charge q are kept at a distance d,
it is found that force of repulsion between them is
Two positive ions, each carrying a charge q, are separated by a distance d. If F is the force of repulsion between the ions, the number of electrons missing from each ion will be (e being the charge on an electron)
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Q2
Two positive ions, each carrying a charge q are separated by a distance d. If F is the force of repulsion between the ions, the number of electrons missing from each ion will be (c being, the charge of an electron).
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Q3
Two positive ions, each carrying a charge q, are. separated by a distance d. If F is the force of repulsion between the ions, the number of electrons missing from each ion will be:
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Q4
Two positive ions, each carrying a charge q, are separated by a distance d, repulsion between the ions, the number of electrons missing from each ion will be:
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Q5
The electrostatic force of repulsion between two equal positively charged ions is 51.84×10−9N, when they are separated by a distance of 0.4nm. How many electrons are missing from each ion?