Assume the supply as DC (Only resistance given) Voltage drop = 10X10X0.12 = 12V (approx)
It depends on what you are powering with the circuit, but probably not. The 1.5 amp fuse would blow in normal operation of the device.
No, the voltage rating should not be exceeded. However, you could use a 250v 10a fuse for a 125v 10a fuse.
No, it cannot.
You must have some high resistance in the plug or outlet, make sure that all connections are clean and tight, clean off any corrosion or burns on the plug, may have to replace outlet if contacts are burned in outlet. This is a fire hazard.
Yes
no.. it could damage your electrical components.
The voltage rating of a fuse (in this case 125V or 230V) defines the maximum circuit voltage that the fuse is safe to be used on. A fuse with a voltage rating of 125V should not be used in a circuit with a voltage greater than 125V. If a 125V fuse were installed in a 230V circuit and an overload current occurred, the fuse could explode.
No, the circuit should not be energized when checking the resistance of a circuit.
No it will not work.
Assume the supply as DC (Only resistance given) Voltage drop = 10X10X0.12 = 12V (approx)
According to this , yes it will work http/forums.lenovo.com/t5/IdeaPad-S-series-Netbooks/Voltage-Supply-Range-of-the-Power-Adaptor-and-the-cable/td-p/181204 <<>>> The above answer was taken from forums, not the most reliable source of information. No, a 125 volt adapter can not be used in a 220 volt outlet.
It depends on what you are powering with the circuit, but probably not. The 1.5 amp fuse would blow in normal operation of the device.
no
No, the voltage rating should not be exceeded. However, you could use a 250v 10a fuse for a 125v 10a fuse.
This is a very technical electrical question that may be difficult to understand without further study. But adding appliances to an outlet is the same as adding resistance in parallel. Adding resistance in parallel, the resistance of the circuit goes down. That is why you get more current flow. By contrast, adding resistance in series increases the resistance of the circuit and therefore reduces current, all else being equal.
We know that Voltage = Current x Resistance, so if E = I x R, then E = 20 x 12 = 240 volts, and the dryer must be plugged into a 240 volt outlet.