The electric field inside a cylinder in vacuum is given to be E = 3.69 ax + 4.56 ay + 3.63 az volts per meter. Determine the energy stored, in nanojoules, inside the cylinder whose radius is 3.85 m and height is 4.78 m. Express your answers accurate to four decimal places, whenever applicable.
The electric field inside a cylinder in vacuum is given to be E = 3.69 ax + 4.56 ay + 3.63 az volts per meter. Determine the energy stored, in nanojoules, inside the cylinder whose radius is 3.85 m and height is 4.78 m. Express your answers accurate to four decimal places, whenever applicable.
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Transcribed Image Text:The electric field inside a cylinder in vacuum is given to be E = 3.69 ax + 4.56 ay + 3.63 ɑz volts per meter. Determine the
energy stored, in nanojoules, inside the cylinder whose radius is 3.85 m and height is 4.78 m. Express your answers accurate
to four decimal places, whenever applicable.
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