In the figure, the center of the circle with radius R = 10 cm in the x-z plane is overlapped with the origin of the coordinate system.The total charge Q on the circle is not uniform, but is distributed according to the angle Theta in a way to fit the relation Lamda = Sqroot5 Theta.Here Theta is the angle between the radius R of the circle and the x-axis. Find the magnitude of the electric field created by these charges in the direction of the y axis at the P point on the y axis at a distance of 2R. P2RŞekilde x-z düzl eminde bulunan R=10 cm yarıçaplı çemberin merkezi ile koordinatsisteminin orijini çakışıktır. Çember üzerindeki toplam Q yükü düzgün olmayıp,1 = V50 bağutısına uyacak şekilde 60 açısma bağlı olarak dağılmıştır. Burada 0,çemberin R yarıçapı ile x-ekseni arasındaki açıdır. y-ekseni üzerindeki 2Ruzaklıktaki P noktasımda bu yüklerin y-ekseni doğrultu sunda oluşturdığu Elektrikalanın büyüklüğünü bulunuz.k, =:, Eo = 9x10-12 () ve n = 31013a)1510131013101310134575105135

In the figure, the center of the circle with radius R = 10 cm in the x-z plane is overlapped with the origin of the coordinate system.The total charge Q on the circle is not uniform, but is distributed according to the angle Theta in a way to fit the relation Lamda = Sqroot5 Theta. Here Theta is the angle between the radius R of the circle and the x-axis. Find the magnitude of the electric field created by these charges in the direction of the y axis at the P point on the y axis at a distance of 2R.

In the figure, the center of the circle with radius R = 10 cm in the x-z plane is overlapped with the origin of the coordinate system.The total charge Q on the circle is not uniform, but is distributed according to the angle Theta in a way to fit the relation Lamda = Sqroot5 Theta. Here Theta is the angle between the radius R of the circle and the x-axis. Find the magnitude of the electric field created by these charges in the direction of the y axis at the P point on the y axis at a distance of 2R.

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