Assertion: resistor's resistance | /r/HasProperty | proportional
Facets:
value: directly
type: MANNER
value: to the temperature
type: OTHER
value: to its cross-sectional area
type: TRANSITIVE-OBJECT
value: inversely
type: DEGREE
value: to the voltage
type: OTHER
value: to the length
type: OTHER
value: according to ohm’s law
type: OTHER
value: to proportional
type: OTHER
value: at high temperatures
type: TEMPORAL
value: to the resistivity of the material
type: CAUSE
value: for a given current
type: OTHER
value: to pressure drop
type: PURPOSE
value: to the distance between them
type: OTHER
value: linearly
type: DEGREE
Source sentences:
text: Resistance to the of the material is directly proportional to the length ‘L’ and inversely proportional to area of cross section
text: Over small changes in temperature, if the right semiconductor is used, the resistance of the material is linearly proportional to the temperature.
text: The resistance is proportional to the voltage or pressure drop for a given current.
text: The electrical resistance of a resistor is proportional to the resistivity of the material.
text: A linear taper potentiometer (linear describes the electrical characteristic of the device, not the geometry of the resistive element) has a resistive element of constant cross-section, resulting in a device where the resistance between the contact (wiper) and one end terminal is proportional to the distance between them.
text: At high temperatures, the resistance is proportional to the absolute temperature.
text: The resistance of a material is inversely proportional to its cross-sectional area.
text: The metal wire’s resistivity and the resistance of the resistor are directly proportional.
text: The resistance of the wire-wound resistor is directly proportional to the length of the metal wire.
text: According to ohm’s law, resistance is directly proportional to the voltage and inversely proportional to an electric current in an electric circuit.
text: The resistance of a metal is inversely proportional to its cross-sectional area, so the more strips a shunt resistor has, the lower its resistance.
text: The value of resistance is adjusted by increasing/decreasing the length of the helical path (since resistance is directly proportional to the length).