A negative temperature coefficient indicates that the dependent variable, the variable of interest increases when the temperature decreases and conversely. This could, for example, be the density of an object (excluding water at 0 - 4 deg C). As the temperature goes up the volume increases so the density decreases.
5x 5 is the coefficient and x is the variable.
negative numbers> temperature.
No, it is a fundamental mechanical property of the material
no because the only way degrees can be negative is in temperature.
In the equation 2x = 6 the coefficent of x is 2
Temperature coefficient of the PN intersection voltage to balance the temperature coefficient of the warm voltage.
Well, there's typically two types of materials-Those with positive temperature coefficient and those with negative temperature coefficient. Positive temperature coefficient are those whose resistance increases as temperature increases. Negative temperature cofficient are those whose resistance decrease when the temperature increase. There are however some alloys such as Manganin& Constantan whose resistance is not affected by temperature
why correlation cofficient always lies between 1 and -1
That 5 is the cofficient of the term. The "n" is the variable!
They are used to make standard resistors because 1)they have high value of resistivity.2)temperature cofficient of resistance is less.3)they are least affected by temperature.
because we have hall cofficient =1/ne. where the n=no of electron ,e=charge of electron. we know that "n "in metal is very large. so that R=HALL COFFICIENT" is very small FOR it .so we can not find sufficient result for hall cofficient so we use semi conductor which gives non zero hall cofficient.
e=0
negative 'temperature coefficient of reactivity'
5x 5 is the coefficient and x is the variable.
-5 is lower
negative numbers> temperature.
cofficient of window 1mx1m