272294 Three capacitors each of \(4 \mu \mathrm{~F}\) are to be connected in such a way that the effective capacitance is \(6 \mu \mathrm{~F}\). This can be done by connecting them:

272295 A combination of parallel plate capacitors is maintained at a certain potential difference.
When a 3 mm thick slab is introduced between all the plates, in order to maintain the same potential difference, the distance between the plates is increased by 2.4 mm .
Find the dielectric constant of the slab.

272296 A capacitor of capacitance \(C_0\) is charged to a potential \(V_0\) and then isolated. A small capacitor \(C\) is then charged from \(\mathrm{C}_0\), discharged and chaged again; the process being repeated \(n\) times. Due to this, the potential of the larger capacitor is decreased to V . The value of C is

272297 For the configuration of media of permittivities \(\varepsilon_0, \varepsilon\) and \(\varepsilon_0\) between parallel plates each of area A , as shown in Fig. the equivalent capacitance is

272294 Three capacitors each of \(4 \mu \mathrm{~F}\) are to be connected in such a way that the effective capacitance is \(6 \mu \mathrm{~F}\). This can be done by connecting them:

272295 A combination of parallel plate capacitors is maintained at a certain potential difference.
When a 3 mm thick slab is introduced between all the plates, in order to maintain the same potential difference, the distance between the plates is increased by 2.4 mm .
Find the dielectric constant of the slab.

272296 A capacitor of capacitance \(C_0\) is charged to a potential \(V_0\) and then isolated. A small capacitor \(C\) is then charged from \(\mathrm{C}_0\), discharged and chaged again; the process being repeated \(n\) times. Due to this, the potential of the larger capacitor is decreased to V . The value of C is

272297 For the configuration of media of permittivities \(\varepsilon_0, \varepsilon\) and \(\varepsilon_0\) between parallel plates each of area A , as shown in Fig. the equivalent capacitance is

272294 Three capacitors each of \(4 \mu \mathrm{~F}\) are to be connected in such a way that the effective capacitance is \(6 \mu \mathrm{~F}\). This can be done by connecting them:

272295 A combination of parallel plate capacitors is maintained at a certain potential difference.
When a 3 mm thick slab is introduced between all the plates, in order to maintain the same potential difference, the distance between the plates is increased by 2.4 mm .
Find the dielectric constant of the slab.

272296 A capacitor of capacitance \(C_0\) is charged to a potential \(V_0\) and then isolated. A small capacitor \(C\) is then charged from \(\mathrm{C}_0\), discharged and chaged again; the process being repeated \(n\) times. Due to this, the potential of the larger capacitor is decreased to V . The value of C is

272297 For the configuration of media of permittivities \(\varepsilon_0, \varepsilon\) and \(\varepsilon_0\) between parallel plates each of area A , as shown in Fig. the equivalent capacitance is

272294 Three capacitors each of \(4 \mu \mathrm{~F}\) are to be connected in such a way that the effective capacitance is \(6 \mu \mathrm{~F}\). This can be done by connecting them:

272295 A combination of parallel plate capacitors is maintained at a certain potential difference.
When a 3 mm thick slab is introduced between all the plates, in order to maintain the same potential difference, the distance between the plates is increased by 2.4 mm .
Find the dielectric constant of the slab.

272296 A capacitor of capacitance \(C_0\) is charged to a potential \(V_0\) and then isolated. A small capacitor \(C\) is then charged from \(\mathrm{C}_0\), discharged and chaged again; the process being repeated \(n\) times. Due to this, the potential of the larger capacitor is decreased to V . The value of C is

272297 For the configuration of media of permittivities \(\varepsilon_0, \varepsilon\) and \(\varepsilon_0\) between parallel plates each of area A , as shown in Fig. the equivalent capacitance is