you put 2 holes in a cardboard box. Next, you put the nails into the holes, and finally, place the paperclip in between the 2 nails, connecting.
refrigerator magnet, (paper clips+nails)
Magnetism
I guess you could call them 'reciprocals' in a sense.-- "Open circuit". . . Has a very high resistance. Nominally infinite.. . . No voltage, no matter how high, is high enough to produce any current through the circuit.. . . Current through it is always zero.. . . Household example: a light switch that's open (labeled OFF in that position).-- "Short Circuit". . . Has a very low resistance. Nominally zero.. . . Any voltage, no matter how small, is enough to produce very high current through the circuit.. . . Household example: toddler stuck a paper-clip into the two holes of the outlet.
A circuit is complete
some examples are paper clips and iron nails,
There are many uses for small paper bags. One could use small paper bags for carrying small items such as candy, nails, crayons or miniature water bottles.
No paper is an insulator.
in a shpo in canada
Yes you can, however they have to be 28 degree paper tape collated. They are not very prevalent, but you can find them. You can not use 30-34 degree paper tape collated nails.
You can use roofing nails, but most people use a stapler, it's cheaper and faster. The felt paper is just a base for the shingles/tiles.
Probably down to a faulty switch, try bypassing the switch by using something metal (paper clip etc) to touch the conectors and complete the circuit while the car is hot enough that the fan should be on. If this solves it you need a new switch. If not look at thermostat?
Magnetism
refrigerator magnet, (paper clips+nails)
Cotton , paper clips tape.
No, paper is a material used to write on, while nails are used to fasten things together. A better comparison would be nail to hammer, as nails are driven into wood using a hammer.
I guess you could call them 'reciprocals' in a sense.-- "Open circuit". . . Has a very high resistance. Nominally infinite.. . . No voltage, no matter how high, is high enough to produce any current through the circuit.. . . Current through it is always zero.. . . Household example: a light switch that's open (labeled OFF in that position).-- "Short Circuit". . . Has a very low resistance. Nominally zero.. . . Any voltage, no matter how small, is enough to produce very high current through the circuit.. . . Household example: toddler stuck a paper-clip into the two holes of the outlet.
You seem to be referring about a 3 way lighting circuit. If the cross over switch is replaced with a double pole switch, depending on how the switch was wired into the circuit, the load lamp would either stay on or not light at all. A circuit in a three way configuration has two traveler legs between the two switches The intermediate switch in the circuit just switches the two traveler legs from open to close depending on the position of the other two switched. Google, three way switching, they have many diagrams to work from.