Not necessarily. Bias is just an opinion. Therefore, you can have a good bias (I believe that this is amazing), but you can also have negative bias (Myspace sucks!) In electronics, bias can be either negative or positive.
The negative way is ....the dynasty is a family of wealthy people and the people always ...
A bias in a graph is when you can actually see much of a difference.
previous answer: "the answer is - (negative)"I'd also like to add some steps and explainations to that.First, lets set a variable for the number---lets say x& y. If the positive number is x, and the negative one is y(lets make it -y to make it more clear), then the answer will equal x/-y. You can also write it into x/-y=x*1/-y or x*-(1/y). Since a negative number times a positive number will always be negative, then no matter what number you put for x or y, the answer will always be negative.The result will be negative.
Gender bias is when a man earns more money than a woman doing the same job.
He was bias for blacks and whites to be together and not segragated and he wanted people to love and care For each other and be treated the same
negative feedback
to made reverse bias junction between gate to source
The input signal is assumed to have zero DC bias. Input stages will typically have a positive bias on the base or grid, respectively, of the first stage transistor or tube. So, the input terminal is more negative. ANSWER: The polarity of the capacitor is determined by the bias polarity as used. If the bias is negative then the capacitor negative terminal must be connected to it.
Almost every research project has some types of bias involved. Experimental research projects are the ones always free of bias.
"The company always puts profit ahead of employee well-being." This quote reveals the author's negative point of view towards the company and suggests a potential bias against its practices, assuming that profit always takes precedence over employee welfare.
-- The definition of 'reverse bias' is anode negative with respect to the cathode, or negative voltage across the diode. That places the graph in negative-x territory. -- The diode simply acts as a resistor. Its unique 'diode' characteristics arise from the fact that its 'resistance' changes with different bias points, but the current through it always has the same polarity as the voltage across it. Therefor . . . -- When the voltage across it is negative, the current through it is also negative. Negative current appears on the graph in negative-y territory. -- Negative-x territory/negative-y territory is the third quadrant.
Yes, the word bias typically has a negative connotation. It refers to a tendency to favor one thing, person, or group over others in a way that is unfair or prejudiced.
forward bias
Scientists who understand how science works will always be on guard against their own possible bias. And of course, there is always peer review. Scientists who do exhibit bias will eventually be challenged by other scientists.
A depletion mode MOSFET is a FET that is on with no gate bias, and requires a negative bias (with respect to the source) to stop conducting. The channel is normally conductive and with a negative gate bias the channel becomes "depleted" of charge carriers, hence the name depletion mode MOSFET. This is contrary to enhancement type MOSFET's that are non conductive with zero volts gate bias and become conductive when there is a positive bias on their gate.
G is always negative when H is negative and S is positive.
the sum of two negative integers is ALWAYS negative