An electric field is given by E=260 N/C throughout the right end surface (surface 1 on the figure) of a cylinder geometry, as shown in the figure below. Consider E = -264 i N/C throughout the left end surface (surface 2 on the figure). Assume E = 134} N/C throughout the central curved surface (surface 3 on the figure). Consider the length of the cylinder L 39 cm and its radius R-4 cm. The center of the cylinder is at the origin and its axis along the x-axis, so that one end is at x 19.5 cm and the other is at x=-19.5 cm. E 1643 1543 ضا L . Calculate the electrical flux o, through the right end surface (surface 1 on the figure) of the cylinder. 1643 2 Calculate the electrical flux o₂ through the left end surface (surface 2 on the figure) of the cylinder. 3.. Calculate the electrical flux o, through the central curved surface (surface 3 on the figure) of the cylinder. 4 If the net charge inside the closed surface of the cylinder is 3.93 × 109 C, what would be the net outward flux Pt through the cylinder's surface? net
An electric field is given by E=260 N/C throughout the right end surface (surface 1 on the figure) of a cylinder geometry, as shown in the figure below. Consider E = -264 i N/C throughout the left end surface (surface 2 on the figure). Assume E = 134} N/C throughout the central curved surface (surface 3 on the figure). Consider the length of the cylinder L 39 cm and its radius R-4 cm. The center of the cylinder is at the origin and its axis along the x-axis, so that one end is at x 19.5 cm and the other is at x=-19.5 cm. E 1643 1543 ضا L . Calculate the electrical flux o, through the right end surface (surface 1 on the figure) of the cylinder. 1643 2 Calculate the electrical flux o₂ through the left end surface (surface 2 on the figure) of the cylinder. 3.. Calculate the electrical flux o, through the central curved surface (surface 3 on the figure) of the cylinder. 4 If the net charge inside the closed surface of the cylinder is 3.93 × 109 C, what would be the net outward flux Pt through the cylinder's surface? net
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Transcribed Image Text:Problem 2
An electric field is given by E-260 N/C throughout the right end surface (surface 1 on the
figure) of a cylinder geometry, as shown in the figure below. Consider E = -264 i
N/C throughout the left end surface (surface 2 on the figure). Assume = 134}
N/C throughout the central curved surface (surface 3 on the figure). Consider the length of the
cylinder L 39 cm and its radius R-4 cm. The center of the cylinder is at the origin and its
axis along the x-axis, so that one end is at x 19.5 cm and the other is at x = -19.5 cm.
1643
153
ضا
L
. Calculate the electrical flux o, through the right end surface (surface 1 on the
figure) of the cylinder.
1643
2.
Calculate the electrical flux o₂ through the left end surface (surface 2 on the
figure) of the cylinder.
Φι
3..
Calculate the electrical fluxos through the central curved surface (surface 3 on
the figure) of the cylinder.
Φι
If the net charge inside the closed surface of the cylinder is 3.93 × 10-9 C, what
would be the net outward flux r through the cylinder's surface?
Pnet
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