In a region of space the electric field in the x-direction and proportional to xi.e.
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Figure (a) shows three sheets that are large, parallel and uniformly charged. Figure (b) gives the component of the net electric field along and x-axis through the sheets. The scale of the vertical axis is set by Es = 6.0 × 10^5 N/C what is the ratio of the charge density on sheet 3 to that on sheet 2?
17
Sep
Figure (a) shows three sheets that are large, parallel and uniformly charged. Figure (b) gives the component of the net electric field along and x-axis through the sheets. The scale of the vertical axis is set by Es = 6.0 × 10^5 N/C what is the ratio of the charge density on sheet 3 to [...]
The electric field intensity at all points in space is given by E→=3–√iˆ−jˆ volts/metre. A square frame LMNO of side 1 metre is shown in figure. The point N lies in x-y plane. The initial angle between line ON and x-axis is θ = 60∘
17
Sep
The electric field intensity at all points in space is given by E→=3–√iˆ−jˆ volts/metre. A square frame LMNO of side 1 metre is shown in figure. The point N lies in x-y plane. The initial angle between line ON and x-axis is θ = 60∘ E→=E0xiˆ. Consider an imaginary cubical volume of edge a with [...]
A and B are semi – spherical surfaces of radius r1 and r2( r1<r2) with E1 and E2 as the electric fields a the their surfaces. Charge q0 is placed as shown. What is the condition which may be statisfied ?
17
Sep
A and B are semi – spherical surfaces of radius r1 and r2( r1<r2) with E1 and E2 as the electric fields a the their surfaces. Charge q0 is placed as shown. What is the condition which may be statisfied ? E→=E0xiˆ. Consider an imaginary cubical volume of edge a with its sides parallel to [...]
In a region of space the electric field in the x-direction and proportional to xi.e., E→=E0xiˆ. Consider an imaginary cubical volume of edge a with its sides parallel to the axes of coordinates. The charge inside this volume will be
17
Sep
In a region of space the electric field in the x-direction and proportional to xi.e., E→=E0xiˆ. Consider an imaginary cubical volume of edge a with its sides parallel to the axes of coordinates. The charge inside this volume will be E→=E0xiˆ. Consider an imaginary cubical volume of edge a with its sides parallel to the [...]