407. Electric flux density in electric field is referred to as
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b Explanation: Electric flux density is given by the ratio between number of flux lines crossing a surface normal to the lines and the surface area. The direction of D at a point is the direction of the flux lines at that point.
b
See lessExplanation: Electric flux density is given by the ratio between number of flux lines
crossing a surface normal to the lines and the surface area. The direction of D at a point
is the direction of the flux lines at that point.
B Explanation: Electric flux density is given by the ratio between number of flux lines crossing a surface normal to the lines and the surface area. The direction of D at a point is the direction of the flux lines at that point.
B
See lessExplanation: Electric flux density is given by the ratio between number of flux lines crossing a surface normal to the lines and the surface area. The direction of D at a point is the direction of the flux lines at that point.
Electric flux density is given by the ratio between number of flux lines crossing a surface normal to the lines and the surface area. The direction of D at a point is the direction of the flux lines at that point.
Electric flux density is given by the ratio between number of flux lines
See lesscrossing a surface normal to the lines and the surface area. The direction of D at a point
is the direction of the flux lines at that point.
Answer: b Explanation: Electric flux density is given by the ratio between number of flux lines crossing a surface normal to the lines and the surface area. The direction of D at a point is the direction of the flux lines at that point.
Answer: b
See lessExplanation: Electric flux density is given by the ratio between number of flux lines
crossing a surface normal to the lines and the surface area. The direction of D at a point
is the direction of the flux lines at that point.
b) Explanation: Electric flux density is given by the ratio between number of flux lines crossing a surface normal to the lines and the surface area. The direction of D at a point is the direction of the flux lines at that point.
b)
See lessExplanation: Electric flux density is given by the ratio between number of flux lines crossing a surface normal to the lines and the surface area. The direction of D at a point is the direction of the flux lines at that point.
Ratio of flux lines crossing a surface and the surface area
Ratio of flux lines crossing a surface and the surface area
See lessb Explanation: Electric flux density is given by the ratio between number of flux lines crossing a surface normal to the lines and the surface area. The direction of D at a point is the direction of the flux lines at that point.
b
Explanation: Electric flux density is given by the ratio between number of flux lines
crossing a surface normal to the lines and the surface area. The direction of D at a point
is the direction of the flux lines at that point.
See lessAnswer: b Explanation: Electric flux density is given by the ratio between number of flux lines crossing a surface normal to the lines and the surface area. The direction of D at a point is the direction of the flux lines at that point
Answer: b
See lessExplanation: Electric flux density is given by the ratio between number of flux lines
crossing a surface normal to the lines and the surface area. The direction of D at a point
is the direction of the flux lines at that point