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Electric Flux Formula
The Electric Flux Formula is calculated by multiplying the electric field by the area component perpendicular to the field. It should be mentioned that electric flux is defined as the number of electric field lines travelling through a given region in a given amount of time. Electric flux is measured in volt metres (V m) or newton metres squared per coulomb (N m2 C-1).
The Electric Flux Formula =E A Cos
Electric Flux
Electric flux is a characteristic of an electric field and is defined as the number of electric lines of force (or electric field lines) that cross a particular region. Electric field lines are thought to start with positive charges and end with negative charges. Field lines pointing towards a closed surface are regarded as negative, whereas those pointing away from a closed surface are considered positive. If a closed surface has no net charge, every field line sent into it continues into the interior and is directed outward somewhere on the surface. The negative flux just matches the positive flux in magnitude, therefore the net or total electric flux is zero. If a net charge is confined within a closed surface, the total flux through the surface is proportional to the enclosed charge, positive if positive, negative if negative.
The Formula for Electric Flux
The electric flux is the total number of electric field lines moving across a specific region in a unit period.
Thus,
In the same way that the plane is normal to the flow of the electric field in the preceding example, the total flux is given as:
The Electric Flux Formula =E A Cos
Solved Examples
Students who understand Physics well do better in competitive exams. Physics formulae are established and discussed. The primary goal of the Extramarks team is to provide a solid conceptual framework. Physics is one of these fields that requires a large number of equations. A solid comprehension of the formula can assist pupils in determining their strengths and weaknesses. Exam preparation can be aided by the Electric Flux Formula. Saving formulas might be difficult at times. Preparation with adequate study materials appears to be advantageous. These Extramarks solved examples have been carefully selected to assist students in learning and comprehending the formula. Students may learn more and get the most out of their experience because the language is basic enough. Extramarks examples may assist students in improving their study skills and achieving their goals. The formula is essential for providing answers. Students should practise solving issues using different Formulas. With the help of Extramarks, each of them may be thoroughly practised. The Extramakra offers a selection of solved example problems to help students study more successfully. The Electric Flux Formula assists students in improving their problem-solving skills and responding to challenges in competitive exams. To aid students in correctly learning and interpreting the Electric Flux Formula, the Electric Flux practice questions comprise a broad range of higher-level application-based issues, such as MCQs, SAQs, and so on. Students get exclusive access to the Electric Flux Formula to solve example problems. Extramarks specialists are carefully selected to assist students in becoming acquainted with advanced-level ideas.