![]() ![]() The induced voltage is denoted as the symbol of \epsilon. N is pointed as the net digit of turns of the loop The formula expression for the induce voltage is given below, Means if the value of magnetic flux is increases then the value of induced current is also increases and if the value of magnetic flux is decreases then the value of induced current is also decreases. The relationship with the property of magnetic flux and induced voltage is directly proportional to each other. The induced voltage can be explain as, the changing of motion of the property of magnetic flux via a circuit which is closed. Relationship between magnetic flux and induced voltage: Means if the value of magnetic flux is increases then the value of resistance is decreases and if the value of magnetic flux is decreases then the value of resistance is increases. In the other hand the relationship with the resistance and magnetic field is inversely proportional with each other. Means if the value of magnetic flux is increases then the value of current is also increases and if the value of magnetic flux is decreases then the value of current is also decreases. Since, magnetic flux is also directly proportional with the voltage. ![]() We know, magnetic flux is, the net amount of field of magnetic can passes through a specified area. The formula shown us, field of the magnetic is directly proportional with the property of current.įrom the ….eqn (3) we can observe that, current (I) is directly proportional with the property of voltage (V).Ĭomparing the ….eqn (1) and ….eqn (3) we can write,Įqn (4) clearly shows that field of the magnetic are directly proportional with the voltage. R is denoted as, Distance of separation and unit is meter. I is denoted as, magnitude of the electric current and unit is Ampere. ![]() #Electric flux formula free\mu_0 is denoted as, permeability of free area and unit is Tesla meter per ampere The formula for the magnitude of the magnetic field can be written as,ī is denoted as, the magnitude of the magnetic field and unit is Tesla. The magnetic flux and voltage is directly proportional to each other. The law of OHM shows that current has a deep relation with voltage and resistance. The property magnetic flux is not directly depend upon the property of voltage, but with current magnetic flux is directly connected. A body which is already magnetically active or a charge which have already movement in this case field o the magnetic can be observed. ![]() When in a surface area a magnet is placed at this place magnetic field is present. In the other hand the meaning of the term magnetic flux is, the net amount of field of magnetic can passes through a specified area. The meaning of the term of magnetic field is a particular region in where the force of the magnetic can be observed. When a convolution of wire is passes by a field of magnetic in this particular case voltage is produce which depend upon the magnetic flux via the surface of the convolution. Magnetic flux and magnetic field both are the different term.įrom the law of the Faraday’s the concept of magnetic flux and voltage clearly can be get. In this article, the topic, “Magnetic Flux and Voltage” with 7 interesting facts will be discussed in a brief manner and trying to clarify the topic. ![]()
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