. . . then that would be alternating current, or simply, 'AC'.
Each time it says reverse, you face the opposite direction so you turn around backward. When it says it two times, you should end up facing forward.
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your filter is probably plugged or your fluid is burnt Additional info by Mandilon: If filter were clogged-up it wouldn't move in either direction. Burnt fluid; -ditto. The 'front' drum clutches are burned-up. The front drum clutches are 'applied' for all forward gears. Only the rear drum clutches and the reverse band are applied for reverse. Replacing the front drum clutches and seals will 'get it moving' thought it really needs an overhaul.
It only works in one direction- moving to the future at the rate of 1 day per day. It does not work in reverse, and you cannot speed it up.
Short circuit somewhere in the reverse-light or even the reverse switch itself. Other causes are also possible.
Alternating current would fit this description.
When charges continually shift direction, alternating currents (AC) are present. AC involves charges oscillating back and forth in a circuit, with the direction changing periodically. This is different from direct current (DC), where charges flow consistently in one direction.
You can reverse the direction of a magnetic field by changing the direction of the electric current flowing through a conductor. This is known as the right-hand rule - if you pass your right-hand thumb in the direction of the current flow, your fingers will curl in the direction of the magnetic field. By reversing the direction of the current, you can reverse the direction of the magnetic field.
To reverse the magnetic field of an electromagnet, you can either reverse the direction of the current flowing through the coil or change the polarity of the power supply connected to the coil. This will change the direction of the magnetic field produced by the electromagnet.
How do you get MasterCard to reverse charges and make them stick?
Strictly speaking, it's energy flow that has direction -the term 'power' merely describes the rate at which that energy is flowing. Having said that, however, the term 'power flow' is indeed used, but it must be understood that the term is really describing the 'rate at which energy is flowing'. There is no direct relationship between the direction of current and the direction of 'power'. For example, an alternating current is continually changing direction, while the resulting power flow acts continuously in the same direction. The reason for this is that current flow direction cannot be taken in isolation, as it must be considered together with the direction of the potential difference that is causing that current to flow. If we allocate positive and negative symbols to specify the direction of potential difference and current, where (for example) 'positive' defines a clockwise direction around the circuit, then the product of the two positive signs result in a positive direction for power flow direction. If we now reverse the direction of the potential difference and the current, their signs both become negative, and the product of two negatives is a positive -indicating that the power does not reverse direction, but continues in the same direction.
To reverse a series wound motor, you must reverse the direction of the current flowing through both the armature and the field windings. This can be achieved by changing the connections of either the armature leads or the field leads, depending on the motor design.
The direction changes to the reverse
You can reverse the direction of the magnetic field by reversing the direction of the electrical current.
reverse wrapping direction and continue bandaging the wound
REVERSE (As in to reverse direction of travel)
Direct current does not reverse direction