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The electric field in a particular space is E→ = ((1000.0 − 2300.0z) N/C)k^ with z in meters. Consider a cylindrical Gaussian surface of radius 12.0 cm that is coaxial with the z-axis. One end of the cylinder is at z = 0, and the other end of the cylinder is at z = 2.10 m. What is the net charge contained by the cylinder? C

The electric field in a particular space is E→ = ((1000.0 − 2300.0z) N/C)k^ with z in meters. Consider a cylindrical Gaussian surface of radius 12.0 cm that is coaxial with the z-axis. One end of the cylinder is at z = 0, and the other end of the cylinder is at z = 2.10 m. What is the net charge contained by the cylinder? C

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The electric field in a particular space is E → = ( ( 1000.0 − 2300.0 z ) N / C ) k ^ with z in meters. Consider a cylindrical Gaussian surface of radius 12.0 c m that is coaxial with the z -axis. One end of the cylinder is at z = 0 , and the other end of the cylinder is at z = 2.10 m . What is the net charge contained by the cylinder? i C

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