368914 To establish an instantaneous displacement current of \(2\;A\) in the space between two parallel plate of \(1 \mu F\) capacitor, the potential difference across the capacitor plates will have to be changed at the rate of

368915 In order to establish an instantaneous displacement current of \(1\;mA\) in the space between the plates of \(2\,\mu F\) parallel plate capacitor, the potential difference need to apply is:

368916 A condenser having circular plates having radius \(2\;cm\) and separated by a distance of \(3\;mm\). It is charged with a current of \(0.1\;A\). The rate at which the potential difference between the plates change is

368917 A parallel plate capacitor with plate area \({A}\) and seperation \({d}\) is charged by a constant current \(i\). Consider a plane surface of area \({A / 4}\), parallel to the plates, and drawn symetrically between the plates. What is the displacement current through this area?

368914 To establish an instantaneous displacement current of \(2\;A\) in the space between two parallel plate of \(1 \mu F\) capacitor, the potential difference across the capacitor plates will have to be changed at the rate of

368915 In order to establish an instantaneous displacement current of \(1\;mA\) in the space between the plates of \(2\,\mu F\) parallel plate capacitor, the potential difference need to apply is:

368916 A condenser having circular plates having radius \(2\;cm\) and separated by a distance of \(3\;mm\). It is charged with a current of \(0.1\;A\). The rate at which the potential difference between the plates change is

368917 A parallel plate capacitor with plate area \({A}\) and seperation \({d}\) is charged by a constant current \(i\). Consider a plane surface of area \({A / 4}\), parallel to the plates, and drawn symetrically between the plates. What is the displacement current through this area?

368914 To establish an instantaneous displacement current of \(2\;A\) in the space between two parallel plate of \(1 \mu F\) capacitor, the potential difference across the capacitor plates will have to be changed at the rate of

368915 In order to establish an instantaneous displacement current of \(1\;mA\) in the space between the plates of \(2\,\mu F\) parallel plate capacitor, the potential difference need to apply is:

368916 A condenser having circular plates having radius \(2\;cm\) and separated by a distance of \(3\;mm\). It is charged with a current of \(0.1\;A\). The rate at which the potential difference between the plates change is

368917 A parallel plate capacitor with plate area \({A}\) and seperation \({d}\) is charged by a constant current \(i\). Consider a plane surface of area \({A / 4}\), parallel to the plates, and drawn symetrically between the plates. What is the displacement current through this area?

368914 To establish an instantaneous displacement current of \(2\;A\) in the space between two parallel plate of \(1 \mu F\) capacitor, the potential difference across the capacitor plates will have to be changed at the rate of

368915 In order to establish an instantaneous displacement current of \(1\;mA\) in the space between the plates of \(2\,\mu F\) parallel plate capacitor, the potential difference need to apply is:

368916 A condenser having circular plates having radius \(2\;cm\) and separated by a distance of \(3\;mm\). It is charged with a current of \(0.1\;A\). The rate at which the potential difference between the plates change is

368917 A parallel plate capacitor with plate area \({A}\) and seperation \({d}\) is charged by a constant current \(i\). Consider a plane surface of area \({A / 4}\), parallel to the plates, and drawn symetrically between the plates. What is the displacement current through this area?