They are called plus and minus - no difference there!
The roots are -1/2 of [ 1 plus or minus sqrt(5) ] . When rounded: 0.61803 and -1.61803. Their absolute values are the limits of the Fibonacci series, or the so-called 'Golden Ratio'.
The significance if the number minus 1/12 in Physics is that it helps us perform a number of Mathematical calculations. The reason it can do this is because according to some sophisticated analyses, minus one twelfth can represent the sum of all positive integers. This seems absurd, but it is true within the limits of its specialized use.
If it was for example: 50,000 meters squared ± 50. That means that the land could be between 49,950 and 50,050. So the ± is just telling you the limits.
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Resistors have no polarity. The voltage across a resistor is determined by the direction of current flowing through that resistor (and vice versa).
They are called plus and minus - no difference there!
The voltage would 9V minus any drop in the battery.
All electronic components have a tolerance value in their specification. For resistors, it is specified as a plus or minus tolerance. Typical ranges are 5%, 10%, and 20%, though you can get 1% and 0.1% (matched set) resistors if you want to pay the price. In addition, each measurement has systematic and random error associated with it. All of this must be considered when measuring the impedance of a resistor.
It is called the minus sign. - .
It can also be called a minus, like in math.
The roots are -1/2 of [ 1 plus or minus sqrt(5) ] . When rounded: 0.61803 and -1.61803. Their absolute values are the limits of the Fibonacci series, or the so-called 'Golden Ratio'.
It is called minus or rubish
its called the range .
It is in beta minus decay that we see an electron appear to leave the nucleus of an atom. The electron is called a beta minus particle, or we might term that electron beta minus radiation.
In large outlets they would be called "loss leaders."
Loss