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Question

There are many ways to express Gauss’s law, and although notation differs among textbooks, the integral form is generally written like this: I S ~ E ^ nda ¼ q enc e 0 Gauss’s law for electric fields (integral form). The left side of this equation is no more than a mathematical description of [...], whereas the right side is the total amount of charge contained within that surface divided by a constant called the permittivity of free space

Answer

the electric flux – the number of electric field lines – passing through a closed surface S

Question

There are many ways to express Gauss’s law, and although notation differs among textbooks, the integral form is generally written like this: I S ~ E ^ nda ¼ q enc e 0 Gauss’s law for electric fields (integral form). The left side of this equation is no more than a mathematical description of [...], whereas the right side is the total amount of charge contained within that surface divided by a constant called the permittivity of free space

Answer

?

Question

There are many ways to express Gauss’s law, and although notation differs among textbooks, the integral form is generally written like this: I S ~ E ^ nda ¼ q enc e 0 Gauss’s law for electric fields (integral form). The left side of this equation is no more than a mathematical description of [...], whereas the right side is the total amount of charge contained within that surface divided by a constant called the permittivity of free space

Answer

the electric flux – the number of electric field lines – passing through a closed surface S

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ough notation differs among textbooks, the integral form is generally written like this: I S ~ E ^ nda ¼ q enc e 0 Gauss’s law for electric fields (integral form). The left side of this equation is no more than a mathematical description of <span>the electric flux – the number of electric field lines – passing through a closed surface S, whereas the right side is the total amount of charge contained within that surface divided by a constant called the permittivity of free space<span><body><html>

#### Original toplevel document (pdf)

owner: shihabdider - (no access) - A Student's Guide To Maxwell's Equations, p13

ough notation differs among textbooks, the integral form is generally written like this: I S ~ E ^ nda ¼ q enc e 0 Gauss’s law for electric fields (integral form). The left side of this equation is no more than a mathematical description of <span>the electric flux – the number of electric field lines – passing through a closed surface S, whereas the right side is the total amount of charge contained within that surface divided by a constant called the permittivity of free space<span><body><html>

status | not learned | measured difficulty | 37% [default] | last interval [days] | |||
---|---|---|---|---|---|---|---|

repetition number in this series | 0 | memorised on | scheduled repetition | ||||

scheduled repetition interval | last repetition or drill |

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