only if the field is generated by the coulombfield of static charges only if the
ID: 1752015 • Letter: O
Question
only if the field is generated by the coulombfield of static charges
only if the field is generated by the coulombfield of static charges or a constant current
only if the field is generated by a changingmagnetic field
however the field is generated
The loop integral is always zero; otherwise, acharge moving around the loop would gain energy.
only if the field is generated by the coulombfield of static charges
only if the field is generated by the coulombfield of static charges or a constant current
only if the field is generated by a changingmagnetic field
however the field is generated
The loop integral is always zero; otherwise, acharge moving around the loop would gain energy.
only if the field is generated by the coulombfield of static charges
only if the field is generated by the coulombfield of static charges or a constant current
only if the field is generated by a changingmagnetic field
however the field is generated
The loop integral is always zero; otherwise, acharge moving around the loop would gain energy.
only if the field is generated by the coulombfield of static charges
only if the field is generated by the coulombfield of static charges or a constant current
only if the field is generated by a changingmagnetic field
however the field is generated
The loop integral is always zero; otherwise, acharge moving around the loop would gain energy.
only if the field is generated by the coulombfield of static charges
only if the field is generated by the coulombfield of static charges or a constant current
only if the field is generated by a changingmagnetic field
however the field is generated
The loop integral is always zero; otherwise, acharge moving around the loop would gain energy.
only if the field is generated by the coulombfield of static charges
only if the field is generated by the coulombfield of static charges or a constant current
only if the field is generated by a changingmagnetic field
however the field is generated
The loop integral is always zero; otherwise, acharge moving around the loop would gain energy.
only if the field is generated by the coulombfield of static charges
only if the field is generated by the coulombfield of static charges or a constant current
only if the field is generated by a changingmagnetic field
however the field is generated
The loop integral is always zero; otherwise, acharge moving around the loop would gain energy.
only if the field is generated by the coulombfield of static charges
only if the field is generated by the coulombfield of static charges or a constant current
only if the field is generated by a changingmagnetic field
however the field is generated
The loop integral is always zero; otherwise, acharge moving around the loop would gain energy.
only if the field is generated by the coulombfield of static charges
only if the field is generated by the coulombfield of static charges or a constant current
only if the field is generated by a changingmagnetic field
however the field is generated
The loop integral is always zero; otherwise, acharge moving around the loop would gain energy.
only if the field is generated by the coulombfield of static charges
only if the field is generated by the coulombfield of static charges or a constant current
only if the field is generated by a changingmagnetic field
however the field is generated
The loop integral is always zero; otherwise, acharge moving around the loop would gain energy.
only if the field is generated by the coulombfield of static charges
only if the field is generated by the coulombfield of static charges or a constant current
only if the field is generated by a changingmagnetic field
however the field is generated
The loop integral is always zero; otherwise, acharge moving around the loop would gain energy.
Explanation / Answer
only if the field is generated by thecoulomb field ofcharges that are static or a constantcurrent.
The electric field generated by a static charge or aconstant current always has zero loop integral. A constant currentis a continuous line of evenly-spaced charges moving with constantvelocity. An electric field generated by any other configuration ofmoving charges (moving through the loop) would have a non-zero loopintegral. So, the integral will be zero only if the field isgenerated by the coulomb field of static charges or a constantcurrent.
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