Yes, a rheostat can be used with both AC and DC currents. The rheostat's variable resistor can be adjusted to control the current flowing through a circuit, regardless of whether it is AC or DC.
Direct current (DC) flows in one direction and is commonly used in batteries and electronics. Alternating current (AC) changes direction periodically and is used in homes and most electrical grids for its ability to be easily transmitted over long distances.
Westinghouse advocated for alternating current (AC) as opposed to direct current (DC). He believed that AC was more efficient for transmitting electricity over long distances and ultimately won the “War of Currents” against Thomas Edison, who supported DC.
The main division is between alternating current (AC) and direct current (DC). AC is universal now for domestic and industrial supply, but DC used to be used in some places in the early part of last century. Automobiles use DC at 12V which is I think universal now. AC in domestic use can be at 50Hz (Europe and many other places) or 60Hz (North America), and can be at either 240V or 120V.
Alternating (AC) and direct (DC) currents are different forms of electricity. It is universal nowadays to have AC in all houses because the electricity grid distribution system is all AC. DC was used by Edison and continued for some years but is now discontinued. It is still used in vehicles where 12 V DC is the normal system. A light switch simply interrupts the current or makes the circuit as required, and both AC and DC need to have switches.
AC-DC converter such as a convertor by which we can convert alternative currents into direct current & its vice-versa. ...... anil allahabadi
It is used to detect very small DC currents only. For AC signals Detectors are used.
due to residual magnetism
IT IS RELATED TO AC ONLY BKZ SKIN EFFECT DEPENDS FREQUENCY ONLY WHERE IS IN DC NO FREQUENCY
Yes, a rheostat can be used with both AC and DC currents. The rheostat's variable resistor can be adjusted to control the current flowing through a circuit, regardless of whether it is AC or DC.
A transformer is a device to convert high voltage AC to low voltage AC & vice-versa. It works on the principle of induction. Since induction occurs only in an AC supply, a transformer cannot work on DC.. So, it is not possible to convert DC supply to AC using transformer. You would need an inverter to convert DC to AC.
Trains use DC currents! It's predominantly AC now but more dc in the early days. Both still in use. See DC and AC section below article-
its typical question experimental results would give sound results yet i'l give you explanation though you feed a dc supply to an armature, still ac currents will flow in the armature. this is caused by the rotation of armature while providng DC current through stationay brushes. if you connect it with a transformer ( AC), then it might experience DC currents flowing in the coil. so, initially it'l experience a movement and then it may clogg or magnetic locking, since, field is DC and armature is also DC. while armature is designed for ac currents, it may overheated by dc currents
AC currents alternate from AC to DC in a constant wave. The DC current is a direct and consistent current demonstrated to the negative reading. AC traveling from negative to positive and DC traveling in negative.
Direct current (DC) flows in one direction and is commonly used in batteries and electronics. Alternating current (AC) changes direction periodically and is used in homes and most electrical grids for its ability to be easily transmitted over long distances.
i don't know......sorry =)
Converter is AC to DC. Inverter is DC to AC