Moving Charge Creates a Magnetic Field Lab Report

Moving Charge Creates a Magnetic Field - Lab Report ExampleA wire carrying reliable experiences a force in a magnetic field. The force experienced increases if the magnitude of the current and the strength of the magnet are increased. The direction of the force or thrust can be predicted using the motor rule (Flemings left-hand rule).The rate of change of magnetic flux is nonentity at the core 1 and 3 because the magnetic flux at those points is at a minimum and maximum respectively. The magnetic flux in the regions 2 and 4 is zero at the points and the physical difference between the two values is that one represent a decreasing magnetic flux while the other represents an increase field.For the test loop at the center of symmetry of the coil the angular frequency of the signal was determined to be 377 rad/s, the area A of the coil was evaluated to be the peak to peak voltage was determined to be equal to 400mV from which the Maximum EMF was 200mV. Using relevant equations provid ed in the manual, the magnetic field was establish to be 0.992 Tesla.The maximum magnetic intensity for a TEST COIL is not the same for a large coil because the magnetic field from some(prenominal) coils interact with each other making their actual valued slightly different. The results for electromagnetic induction test on different coils is represented in the defer