Q31 An electric field vector E = ( 10 x + 5 ) i cap N/C exists in a region in which a cube of side L

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an electric field E=(10x+5)i N/C exist in a region in which a cube of side L are in meters net flux an electric field E=(10x+5)i N/C exist in a region in which a cube of side L are in meters net flux
A cube of side L is kept in space, as shown in the figure, An electric field vector E = ( Ax + B ) A cube of side L is kept in space, as shown in the figure, An electric field vector E = ( Ax + B )
A cube of side L is kept in space. An electric field E exists in the region. Find the charge. A cube of side L is kept in space. An electric field E exists in the region. Find the charge.
An electric field \(\vec{E}=(2 x \hat{i}) N C^{-1}\) exists in space. A cube of side \(2 m\) is .... An electric field \(\vec{E}=(2 x \hat{i}) N C^{-1}\) exists in space. A cube of side \(2 m\) is ....
An electric field E= (10x+ 5)i N/C exists in a region in which cube | CBSE CLASS 12 BOARD EXAM 2025| An electric field E= (10x+ 5)i N/C exists in a region in which cube | CBSE CLASS 12 BOARD EXAM 2025|
Q22 A cube of side 0.1 m is placed ,as shown in figure, in a region electric field vector E = 550 x Q22 A cube of side 0.1 m is placed ,as shown in figure, in a region electric field vector E = 550 x
Q23 The electric field in a region is given by vector E = ( 10x + 4 ) i cap where x us in metre and Q23 The electric field in a region is given by vector E = ( 10x + 4 ) i cap where x us in metre and
The electric field components in Fig. 1.88 are Ex = a x1/2, Ey = Ez = 0, in which a = 800 N / Cm2. The electric field components in Fig. 1.88 are Ex = a x1/2, Ey = Ez = 0, in which a = 800 N / Cm2.