A charge of uniform linear density ( lambda=4.0 mathrm{nC} m ) is distributed along the ( x ) axis from ( x=1.0 mathrm{~m} ) to ( x=4.0 mathrm{~m} ). Determine the magnitude of the electric field at the origin. a. ( 81 mathrm{~N} / mathrm{C} ) b. ( 74 mathrm{~N} / mathrm{C} ) c. ( 61 mathrm{~N} / mathrm{C} ) d. (

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A charge of uniform linear density  (  lambda=4.0  mathrm{nC} m  ) is distributed along the  ( x  ) axis from  ( x=1.0  mathrm{~m}  ) to  ( x=4.0  mathrm{~m}  ). Determine the magnitude of the electric field at the origin. a.  ( 81  mathrm{~N} /  mathrm{C}  ) b.  ( 74  mathrm{~N} /  mathrm{C}  ) c.  ( 61  mathrm{~N} /  mathrm{C}  ) d.  ( 53  mathrm{~N} /  mathrm{C}  ) e.  ( 27  mathrm{~N} /  mathrm{C}  )

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(Solved): A charge of uniform linear density \( \lambda=4.0 \mathrm{nC} m \) is distributed along th ...

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