Charged null fluid and the weak energy condition
... The transition from ingoing to outgoing direction can be explained intuitively as follows. As the charged particle moves on the ingoing direction, it loses energy due to the Lorentz force. At r = r,, its energy has been reduced to zero (k" =O). This is the point where the transition to the outgoing ...
... The transition from ingoing to outgoing direction can be explained intuitively as follows. As the charged particle moves on the ingoing direction, it loses energy due to the Lorentz force. At r = r,, its energy has been reduced to zero (k" =O). This is the point where the transition to the outgoing ...
37 Electromagnetic Induction
... More work is required because more voltage is induced, producing more current in the resistor and more energy transfer. When the magnetic fields of two magnets overlap, the two magnets are either forced together or forced apart. When one of the fields is induced by motion of the other, the polarity ...
... More work is required because more voltage is induced, producing more current in the resistor and more energy transfer. When the magnetic fields of two magnets overlap, the two magnets are either forced together or forced apart. When one of the fields is induced by motion of the other, the polarity ...
37 Electromagnetic Induction
... More work is required because more voltage is induced, producing more current in the resistor and more energy transfer. When the magnetic fields of two magnets overlap, the two magnets are either forced together or forced apart. When one of the fields is induced by motion of the other, the polarity ...
... More work is required because more voltage is induced, producing more current in the resistor and more energy transfer. When the magnetic fields of two magnets overlap, the two magnets are either forced together or forced apart. When one of the fields is induced by motion of the other, the polarity ...
37 Electromagnetic Induction
... More work is required because more voltage is induced, producing more current in the resistor and more energy transfer. When the magnetic fields of two magnets overlap, the two magnets are either forced together or forced apart. When one of the fields is induced by motion of the other, the polarity ...
... More work is required because more voltage is induced, producing more current in the resistor and more energy transfer. When the magnetic fields of two magnets overlap, the two magnets are either forced together or forced apart. When one of the fields is induced by motion of the other, the polarity ...
Anglická verze kvartonovky
... magnetic fields in them confirmed and we knows why. Remarkably, however, is that it does not matter if it is between the capacitor plates a dielectric substance, or a totally blank, fixed space, i.e. real and genuine vacuum. In dielectrics, it was clear: the change in voltage on the plates of the ca ...
... magnetic fields in them confirmed and we knows why. Remarkably, however, is that it does not matter if it is between the capacitor plates a dielectric substance, or a totally blank, fixed space, i.e. real and genuine vacuum. In dielectrics, it was clear: the change in voltage on the plates of the ca ...