Problem 3. S] The figure shows two rings with their central axes along the x-axis. • Ring 1 has a radius R₁ = 5 cm and a charge Q₁ = 3 pc uniformly distributed over the ring. • Ring 2 has a radius R₂ = 5 cm and linear charge density A₂ = 71 pc/m. •The rings are separated by a distance d = 29 cm. R₁ Ring 1 OE, = OE₁ = OE₁= LI -*s]The magnitude of the electric field created by ring 1 at point A can be calculated by: y [cm] (9x 10)-(3-10-12)-(5-10-²) ((5-10-2)2+(5-10-2)2)1.5 (9x109)-(3-10-12)-(5-10-2) ((5-10-2)2+(5-10-2)2)0.5 R₁ (9x109)-(3-10-12) (5) ((5)2+(5)2)1.5 ORight OLeft Oup Odown A 2. The value of the magnitude of the electric field created by ring 1 at point A is: E₁ = 4. point A is: E₁ = î+ 3. field created by ring 1 at point A? [N/C] [N/C] Ring 2 What is the direction of the electric R₂ 0 tel The electric field created by ring 1 at
Problem 3. S] The figure shows two rings with their central axes along the x-axis. • Ring 1 has a radius R₁ = 5 cm and a charge Q₁ = 3 pc uniformly distributed over the ring. • Ring 2 has a radius R₂ = 5 cm and linear charge density A₂ = 71 pc/m. •The rings are separated by a distance d = 29 cm. R₁ Ring 1 OE, = OE₁ = OE₁= LI -*s]The magnitude of the electric field created by ring 1 at point A can be calculated by: y [cm] (9x 10)-(3-10-12)-(5-10-²) ((5-10-2)2+(5-10-2)2)1.5 (9x109)-(3-10-12)-(5-10-2) ((5-10-2)2+(5-10-2)2)0.5 R₁ (9x109)-(3-10-12) (5) ((5)2+(5)2)1.5 ORight OLeft Oup Odown A 2. The value of the magnitude of the electric field created by ring 1 at point A is: E₁ = 4. point A is: E₁ = î+ 3. field created by ring 1 at point A? [N/C] [N/C] Ring 2 What is the direction of the electric R₂ 0 tel The electric field created by ring 1 at
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