you just looking for any sign? straight line = wire/circuit path --------- (only solid),
put squiggles in it ---------/\/\/\/\---------, and that's basically a resistor....
You have to learn how to read it. First, you must find out and learn what the symbols stand for and something about the other things that are on that diagram. That diagram is just a road map with a lot of signs. You need to learn the sign language for that diagram.
The anode is the positively charged electrode in an electrical circuit or device. In a diagram, the anode is typically labeled with a positive sign () or the letter "A."
you can get it through the auto zone website it's free to sign up
The anode in an electrical circuit is typically marked with a positive sign.
An XOR gate in a circuit is a logic gate that outputs a true (1) signal only when the number of true inputs is odd. It is commonly used in digital electronics for tasks like data encryption and error detection. Here is a simple diagram illustrating the operation of an XOR gate: Diagram: A circuit with two input wires labeled A and B, and one output wire labeled Y. The XOR gate symbol is shown in the middle, with a plus sign inside a circle. The output wire Y is connected to the XOR gate symbol. I hope this explanation and diagram help clarify the function of an XOR gate in a circuit.
The sign i have been using for the last few years on my courses has been the rectangular symbol of a usual resistor with a diagonal line passing through it and a degrees centigrade annotation next to it
a sign of trust
so we have something to represent the dollar
that the floor is wet
1. That if a short circuit occurs we will get a sign before short circuit will happen or not ? 2. what we can do ? 3. how fuse can get a short circuit ? 4. which wires we have to use from preventing short circuit ?
The Venn diagram representing the statement "if it is not red, it is not a stop sign" would have one circle for "stop signs" and another for "red objects." The "stop signs" circle would be entirely contained within the "red objects" circle, indicating that all stop signs are red. The area outside the "red objects" circle would represent objects that are not red, which would not overlap with the "stop signs" circle, illustrating that if something is not red, it cannot be a stop sign.
Not stop sign in the inside circle , not red in the small circle