The immense cylinder in thisphotograph is a current-carrying coil, orsolenoid, that generates a uniform magneticfield in its interior as part of an experimentat CERN, the European Organization forNuclear Research. If two such solenoidswere joined end to end, the magnetic fieldalong their common axis would (i) becomefour times stronger; (ii) double in strength;(iii) become √2 times stronger; (iv) notchange; (v) weaken.
The immense cylinder in thisphotograph is a current-carrying coil, orsolenoid, that generates a uniform magneticfield in its interior as part of an experimentat CERN, the European Organization forNuclear Research. If two such solenoidswere joined end to end, the magnetic fieldalong their common axis would (i) becomefour times stronger; (ii) double in strength;(iii) become √2 times stronger; (iv) notchange; (v) weaken.
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The immense cylinder in this
photograph is a current-carrying coil, or
solenoid, that generates a uniform magnetic
field in its interior as part of an experiment
at CERN, the European Organization for
Nuclear Research. If two such solenoids
were joined end to end, the magnetic field
along their common axis would (i) become
four times stronger; (ii) double in strength;
(iii) become √2 times stronger; (iv) not
change; (v) weaken.
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