Theory of Magnetic Monopoles and Electric
... ρm = -ρe. Furtherthe fields, it also implies that ~ ρe = ρ m and ~ more, Reality has abundant electric charges, but magnetic charges are very rare. Wonder Land, on the other hand, has a lot of magnetic charges but very few electric charges. But remember that magnetic (electric) charges in Wonder Lan ...
... ρm = -ρe. Furtherthe fields, it also implies that ~ ρe = ρ m and ~ more, Reality has abundant electric charges, but magnetic charges are very rare. Wonder Land, on the other hand, has a lot of magnetic charges but very few electric charges. But remember that magnetic (electric) charges in Wonder Lan ...
Activities, including background information and student sheets
... particles, he was able to show how a magnetic field might induce a current. It was never Maxwell’s intention to suggest that the ether was physically composed of an array of whirling vortices and particles. His intention was to create an analogy to help him develop his understanding of electricity a ...
... particles, he was able to show how a magnetic field might induce a current. It was never Maxwell’s intention to suggest that the ether was physically composed of an array of whirling vortices and particles. His intention was to create an analogy to help him develop his understanding of electricity a ...
Electrostatic Simulation Questions
... 6. The equation for the force of attraction for gravity looks similar to coulomb’s law: Force= k*m 1*m2 / r2. the only difference is the constant k (smaller for gravity) and the use of masses (m 1,m2) instead of charges. Why are both laws called an Inverse Square Law? Which force can only attract ot ...
... 6. The equation for the force of attraction for gravity looks similar to coulomb’s law: Force= k*m 1*m2 / r2. the only difference is the constant k (smaller for gravity) and the use of masses (m 1,m2) instead of charges. Why are both laws called an Inverse Square Law? Which force can only attract ot ...
Energy flow and the speed of electric field in DC circuit
... as shown in the figure. There is a flow of energy into the wire all around. It is, of course, equal to the energy being lost in the wire in the form of heat. So our "crazy" theory says that the electrons are getting their energy to generate heat because of the energy flowing into the wire from the f ...
... as shown in the figure. There is a flow of energy into the wire all around. It is, of course, equal to the energy being lost in the wire in the form of heat. So our "crazy" theory says that the electrons are getting their energy to generate heat because of the energy flowing into the wire from the f ...
P3.3 - The John Warner School
... some footage of this levitation and ask the students to explain the magic to see if they realise there is a scientific principle behind the mystery (electromagnets lifting a person wearing a magnetic under-suit). Identify the direction of the force using Fleming’s left-hand rule. (5 minutes) Motor d ...
... some footage of this levitation and ask the students to explain the magic to see if they realise there is a scientific principle behind the mystery (electromagnets lifting a person wearing a magnetic under-suit). Identify the direction of the force using Fleming’s left-hand rule. (5 minutes) Motor d ...
File
... compared to the separation distance between them, then the value of the E is a constant, as shown by the equally spaced, parallel electric field lines. The equation to determine it is: E = 4kq/A A is area of one plate q is the magnitude of charge on each plate ...
... compared to the separation distance between them, then the value of the E is a constant, as shown by the equally spaced, parallel electric field lines. The equation to determine it is: E = 4kq/A A is area of one plate q is the magnitude of charge on each plate ...
electromagnetism guide
... 98. Alternating current reverses or alternates its direction in a pattern. 99. Electric generators produce alternating currents that reverse direction 120 times every second. 100. But when devices such as batteries supply electrical current, they provide direct current derived from chemical energy. ...
... 98. Alternating current reverses or alternates its direction in a pattern. 99. Electric generators produce alternating currents that reverse direction 120 times every second. 100. But when devices such as batteries supply electrical current, they provide direct current derived from chemical energy. ...
