Complete the table. Calculate the electric field using the given formula. Kindly provide solution. Thank you. Table 1 for the +1nCDistance (cm)Distance (m)Measured electric fieldCalculated electric fieldusing the formulakgE=from the simulationN/ C (V/m)N/C ( V/m)500.5 m36.2 V/m1001 m9.04 V/m1501.5 m3.93 V/m2002 m2.24 V/m2502.5 m1.44 V/m3003 m1.01 V/m3503.5 m0.74 V/m4004 m0.56 V/m4504.5 m0.45 V/m5005 m0.36 V/m

The electric charge is given as,

Table 1 for the +1nC Distance (cm) Distance (m) Measured electric field from the simulation Calculated electric field using the formula kq E= N/ C (V/m) - N/C ( V/m) 50 0.5 m 36.2 V/m 100 1 m 9.04 V/m 150 1.5 m 3.93 V/m 200 2 m 2.24 V/m 250 2.5 m 1.44 V/m 300 3 m 1.01 V/m 350 3.5 m 0.74 V/m 400 4 m 0.56 V/m 450 4.5 m 0.45 V/m 500 5 m 0.36 V/m

Table 1 for the +1nC Distance (cm) Distance (m) Measured electric field from the simulation Calculated electric field using the formula kq E= N/ C (V/m) - N/C ( V/m) 50 0.5 m 36.2 V/m 100 1 m 9.04 V/m 150 1.5 m 3.93 V/m 200 2 m 2.24 V/m 250 2.5 m 1.44 V/m 300 3 m 1.01 V/m 350 3.5 m 0.74 V/m 400 4 m 0.56 V/m 450 4.5 m 0.45 V/m 500 5 m 0.36 V/m

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter9: Current And Resistance

Section: Chapter Questions

Problem 30P: A high-energy proton accelerator produces a proton beam with a radius of r - 0,90 mm. The beam...

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