Resistivity in a sentence
Synonym: electrical resistance, conductivity. Antonym: conductivity
Meaning: a measure of how strongly a material opposes the flow of electric current
(1) Copper has a low resistivity.
(2) Stibium has a high electrical resistivity.
(3) Rho is used in physics to represent resistivity.
(4) Rho is also used in physics to denote resistivity.
(5) The resistivity of copper is lower than that of iron.
(6) The resistivity of a superconductor is extremely low.
(7) The resistivity of a material is an intrinsic property.
(8) Dysprosium has a relatively high electrical resistivity.
(9) The resistivity of a material is measured in ohm-meters.
(10) The resistivity of a substance is measured in ohm-meters.
Resistivity sentence
(11) The resistivity of a material can be reduced by annealing.
(12) The resistivity of a material can be increased by alloying.
(13) The resistivity of a wire can be calculated using Ohm's law.
(14) The resistivity of a semiconductor can be altered by doping.
(15) Copper has a lower resistivity compared to most other metals.
(16) The resistivity of a material can be influenced by impurities.
(17) The graphitized material exhibited a low electrical resistivity.
(18) The electrical resistivity of copper is lower than that of iron.
(19) The resistivity of a material can be affected by its grain size.
(20) The resistivity of a material can be measured using a multimeter.
Resistivity make sentence
(21) The resistivity of a material is influenced by its atomic structure.
(22) The resistivity of a substance can be affected by temperature changes.
(23) The electrical resistivity of a material can be affected by its purity.
(24) The resistivity of a material can be measured using a Wheatstone bridge.
(25) The resistivity of a material can be influenced by its crystal structure.
(26) The resistivity of a material can be influenced by its electron mobility.
(27) Caliper up the thickness of the metal before determining its resistivity.
(28) The resistivity of a material can be affected by its thermal conductivity.
(29) The electrical resistivity of a material can be decreased by annealing it.
(30) The resistivity of a material can be affected by the presence of moisture.
Sentence of resistivity
(31) The resistivity of a material can be altered by applying an electric field.
(32) The electrical resistivity of a material can be determined using Ohm's law.
(33) The resistivity of a material can be altered by applying mechanical stress.
(34) The resistivity of a material can be modified by applying a magnetic field.
(35) The presence of a dopant can alter the electrical resistivity of a material.
(36) The resistivity of a material can be reduced by annealing or heat treatment.
(37) The resistivity of a material can be affected by its composition and purity.
(38) The resistivity of a material determines its ability to conduct electricity.
(39) The electrical resistivity of a material is typically measured in ohm-meters.
(40) The electrical resistance of a material can be determined by its resistivity.
Resistivity meaningful sentence
(41) The resistivity of a material can be affected by mechanical stress or strain.
(42) The electrical resistivity of a material can be influenced by its grain size.
(43) The electrical resistivity of a material can be altered by applying pressure.
(44) Increasing the temperature of a conductor generally increases its resistivity.
(45) The resistivity of a material can be determined using the Van der Pauw method.
(46) The geoelectric technique is based on the principle of electrical resistivity.
(47) The resistivity of a semiconductor can be altered by doping it with impurities.
(48) The resistivity of a wire affects the amount of power loss during transmission.
(49) The resistivity of a material can be influenced by its temperature coefficient.
(50) The density of free electrons affects the electrical resistivity of a material.
Resistivity sentence examples
(51) The resistivity of a material can be reduced by alloying it with other elements.
(52) The resistivity of a material can be measured using a Wheatstone bridge circuit.
(53) The resistivity of a material can be affected by the presence of magnetic fields.
(54) The resistivity of a material can be used to calculate its electrical resistance.
(55) The electrical resistivity of a material can be used to calculate its resistance.
(56) The electrical resistivity of a material can be affected by its moisture content.
(57) The electrical resistivity of a material can be increased by introducing defects.
(58) The electrical resistivity of a material can be determined by its band structure.
(59) The resistivity of a material can be measured using a four-point probe technique.
(60) The high electrical resistivity of aluminium-oxide makes it useful in insulators.
Sentence with resistivity
(61) The resistivity of a material can be calculated using its electrical conductivity.
(62) The resistivity of a material can be determined using the four-point probe method.
(63) The resistivity of a material can be affected by its grain size or microstructure.
(64) The electrical resistivity of silicides can be tailored for specific applications.
(65) The speed of electrical conduction in a material is determined by its resistivity.
(66) The electrical resistivity of a material can be affected by its crystal structure.
(67) The electrical resistivity of a material can be affected by its surface roughness.
(68) The resistivity of a conductor decreases with an increase in cross-sectional area.
(69) The resistivity of a material can be altered by changing its chemical composition.
(70) The high resistivity of ferrites makes them useful in high-frequency applications.
Use resistivity in a sentence
(71) The resistivity of a material can be affected by external factors such as humidity.
(72) The graphitizing process can reduce the electrical resistivity of carbon materials.
(73) The polycrystalline structure of this substance affects its electrical resistivity.
(74) The electrical resistivity of a material can be used to determine its conductivity.
(75) The electrical resistivity of a material can be measured using a Wheatstone bridge.
(76) The electrical resistivity of a conductor decreases with an increase in temperature.
(77) The electrical resistivity of a material can be influenced by impurities or defects.
(78) The electrical resistivity of a material can be increased by introducing impurities.
(79) The electrical resistivity of a material can be influenced by its electron mobility.
(80) The electrical resistivity of a material can be altered by its thermal conductivity.
Sentence using resistivity
(81) The electrical resistivity of constantan is approximately 0.49 micro-ohm centimeters.
(82) The electrical resistivity of a substance depends on its temperature and composition.
(83) The electrical resistivity of a material can be altered by applying a magnetic field.
(84) The resistivity of a material determines its suitability for electrical applications.
(85) The magnetic conductivity of a substance can be increased by reducing its resistivity.
(86) The resistivity of a material is an important factor in designing electrical circuits.
(87) The electrical resistivity of a material can be influenced by its magnetic properties.
(88) The geologist used a measure electrode to measure the electrical resistivity of rocks.
(89) The resistivity of a material can be affected by the presence of impurities or defects.
(90) The water table can be mapped using geophysical methods such as electrical resistivity.
Resistivity example sentence
(91) The resistivity of a material can be affected by the presence of free electrons or ions.
(92) The electrical resistivity of a material can be changed by doping it with foreign atoms.
(93) The electrical resistivity of a material can be decreased by increasing its temperature.
(94) The resistivity of a material can be influenced by the presence of defects or impurities.
(95) The anisotropies in the electrical resistivity of a material can impact its conductivity.
(96) Eddy current losses can be reduced by using materials with higher electrical resistivity.
(97) The electrical resistivity of a semiconductor can be altered by doping it with impurities.
(98) The conductance of the material was found to be inversely proportional to its resistivity.
(99) The resistivity of a material can be used to calculate the power dissipation in a circuit.
(100) The electrical resistivity of a material can be used to determine its thermal conductivity.
Sentence with word resistivity
(101) The electrical resistivity of a material can be changed by alloying it with other elements.
(102) The resistivity of a material can be determined by measuring its resistance and dimensions.
(103) The electrical resistivity of a material can be affected by the presence of magnetic fields.
(104) The resistivity of a material determines its ability to resist the flow of electric current.
(105) The electrical resistivity of a material can be measured using a four-point probe technique.
(106) The resistivity of a material can be determined by performing electrical conductivity tests.
(107) The specific resistance of a material can be calculated using its resistivity and dimensions.
(108) The dielectric constant of a material is inversely proportional to its electrical resistivity.
(109) The electrical resistivity of a semiconductor is between that of a conductor and an insulator.
(110) The high electrical resistivity of constantan makes it suitable for use in precision resistors.
Sentence of resistivity
(111) The anisotropies in the electrical resistivity of superconductors can impact their performance.
(112) The high electrical resistivity of permalloy makes it suitable for high-frequency applications.
(113) The electrical resistivity of a material can be used to design and optimize electrical circuits.
(114) The electrical resistivity of a material can be determined by measuring its voltage and current.
(115) The resistivity of a material can be used to determine its suitability for specific applications.
(116) The resistivities of geological formations can be mapped using electrical resistivity tomography.
(117) The high electrical resistivity of tetrafluoroethylene makes it useful in electronic applications.
(118) The electrical resistivity of a material can be influenced by its physical and chemical properties.
(119) The electrical resistivity of a material can be used to calculate its conductivity and resistivity.
(120) The conduction of electricity through a material is influenced by its conductivity and resistivity.
Resistivity used in a sentence
(121) The effective resistance of a circuit can be reduced by using thicker wires with lower resistivity.
(122) The electrical resistivity of a material can be used to predict its behavior in electrical circuits.
(123) The electrical resistivity of a material can be influenced by the presence of impurities or defects.
(124) The effective resistance of a circuit can be increased by using longer wires with higher resistivity.
(125) The electrical resistivity of a substance can vary depending on its crystal structure and composition.
(126) The electrical resistivity of a material can be determined by analyzing its resistance and dimensions.
(127) The electrical resistivity of a material can be influenced by its microstructure and grain boundaries.
(128) The total resistance of a circuit can be reduced by using conductive materials with lower resistivity.
(129) The resistivity of a substance can be used to classify it as a conductor, insulator, or semiconductor.
(130) The electrical resistivity of a material can be affected by factors such as temperature and impurities.
Resistivity sentence in English
(131) The electrical resistivity of a material can be measured at different temperatures to study its behavior.
(132) The electrical resistivity of a material can be affected by external factors such as pressure and humidity.
(133) The electrical resistivity of a material can be measured using a Wheatstone bridge or a conductivity meter.
(134) The electrical resistivity of a material can be used to analyze and characterize its electrical properties.
(135) The electrical resistivity of a material can be used to determine its suitability for specific applications.
(136) The electrical resistivity of a material can be affected by the presence of impurities or alloying elements.
(137) The drift velocity of electrons in a conductor is inversely proportional to the resistivity of the material.
(138) The electrical resistivity of a substance determines its ability to conduct or resist the flow of electricity.
(139) The electrical resistivity of a material can be influenced by its electron mobility and carrier concentration.
(140) Electrical resistivity is a property that measures the resistance of a material to the flow of electric current.
(141) The electrical resistivity of a material can be used to evaluate its performance in high-temperature environments.
(142) The magnetic conductivity of a material can be influenced by its electrical resistivity and magnetic permeability.
(143) The conductivity of a material can be measured using a conductivity meter, or by calculating it from its resistivity.
(144) The high resistivity of permalloy makes it useful in applications where electrical conductivity needs to be minimized.
(145) Electrical resistivity is a physical property that measures the resistance of a material to the flow of electric current.
(146) Nickel alloy is commonly used in the manufacturing of electrical resistance wires due to its high electrical resistivity.
(147) The electrical resistivity of a material can be used to calculate its resistivity index and formation factor in geophysics.
(148) The mechanical property of electrical resistivity determines the material's ability to resist the flow of electric current.
(149) The electrical resistivity of a material can be affected by the presence of defects or dislocations in its crystal structure.
(150) The high electrical resistivity of quartz glass makes it an ideal material for manufacturing insulators used in high-voltage applications.
(151) The geophysical survey detected the presence of silt with low resistivity in the subsurface, indicating the potential for groundwater contamination.
Resistivity meaning
Resistivity is a term commonly used in the field of physics and electrical engineering to describe the inherent property of a material to resist the flow of electric current. It is an essential concept in understanding the behavior of various materials and their applications in electrical circuits. In this article, we will explore different tips on how to use the word "resistivity" or the phrase "resistivity of a material" in a sentence effectively.
1. Definition and Context: When introducing the term "resistivity" in a sentence, it is crucial to provide a clear definition and context to ensure the reader understands its meaning. For example: - "Resistivity is a measure of a material's ability to impede the flow of electric current when subjected to an electric field." - "The resistivity of a material determines its suitability for specific electrical applications."
2. Technical Explanation: To demonstrate a deeper understanding of the concept, you can provide a technical explanation of resistivity in your sentence. This can be done by incorporating relevant scientific principles or equations. For instance: - "The resistivity of a conductor can be calculated using the formula ? = R A / L, where ? represents resistivity, R is the resistance, A is the cross-sectional area, and L is the length of the conductor." - "Materials with high resistivity, such as ceramics or insulators, are commonly used in the construction of electrical insulators due to their ability to impede the flow of current."
3. Comparative Statements: To highlight the significance of resistivity, you can make comparative statements that contrast materials with different resistivity values. This allows for a better understanding of the concept's practical implications. For example: - "Copper, with its low resistivity, is widely used in electrical wiring as it allows for efficient transmission of electricity." - "Silicon, despite being a semiconductor, exhibits higher resistivity compared to metals, making it suitable for various electronic components."
4. Real-World Applications: To provide practical examples of how resistivity is utilized, you can mention specific applications or industries where this concept plays a crucial role. This helps the reader connect the term to real-world scenarios. For instance: - "The resistivity of soil is a vital factor in determining the effectiveness of grounding systems in electrical substations." - "Engineers consider the resistivity of materials when designing circuit boards to ensure optimal performance and minimize power losses."
5. Historical Significance: If relevant, you can incorporate historical information or notable discoveries related to resistivity to add depth to your sentence. This can help create a more engaging and informative piece. For example: - "The concept of resistivity was first introduced by the German physicist Georg Simon Ohm in the early 19th century, revolutionizing the understanding of electrical conductivity." - "The discovery of superconductivity, a phenomenon characterized by zero resistivity at low temperatures, opened up new possibilities for energy transmission and storage."
In conclusion, using the word "resistivity" or the phrase "resistivity of a material" effectively in a sentence requires providing a clear definition, incorporating technical explanations, making comparative statements, mentioning real-world applications, and, if applicable, including historical significance. By following these tips, you can enhance your writing and effectively convey the meaning and importance of resistivity in various contexts.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Resistivity. They do not represent the opinions of TranslateEN.com.