Magnetic Flux in a sentence
Synonym: magnetic field, magnetism.
Meaning: The measure of the quantity of magnetism, taking into account the strength and the extent of a magnetic field; significant in physics.
(1) The metric unit of magnetic flux is the weber.
(2) The measuring unit for magnetic flux is webers.
(3) Magnetic flux is measured in units called Weber.
(4) The physical unit of magnetic flux is the weber.
(5) Magnetic flux is a fundamental property of magnets.
(6) The metric unit of magnetic flux density is the tesla.
(7) B is the symbol for the unit of magnetic flux density.
(8) Alnicos are known for their high magnetic flux density.
(9) The measuring unit for magnetic flux density is teslas.
(10) The standard of measurement for magnetic flux is webers.
Magnetic Flux sentence
(11) The magnetic flux through a closed surface is always zero.
(12) Magnetic induction is also known as magnetic flux density.
(13) The weber is the physical unit for measuring magnetic flux.
(14) The base-unit of measurement for magnetic flux is the weber.
(15) The magnetic flux was solenoidally concentrated in the core.
(16) The absolute-scale measurement of magnetic flux is in webers.
(17) The magnetic flux density is highest at the poles of a magnet.
(18) The standard of measurement for magnetic flux density is teslas.
(19) Magnetic flux is used in the design and operation of transformers.
(20) The fundamental units of magnetic flux are webers and milliwebers.
Magnetic Flux make sentence
(21) The tesla is the physical unit for measuring magnetic flux density.
(22) Tau is used in the calculation of magnetic flux in electromagnetism.
(23) Magnetic flux is used in the design and operation of electric motors.
(24) Magnetic flux plays a key role in the operation of electric generators.
(25) The magnetic flux variation through the coil led to an induced voltage.
(26) The strength of a magnetic field determines the amount of magnetic flux.
(27) The magnetic flux through a coil of wire can induce an electric current.
(28) The magnetic flux density inside the solenoid was found to be 0.5 Tesla.
(29) The magnetic flux density of the magnet was measured using a gaussmeter.
(30) The international standard for measuring electric magnetic flux is Weber.
Sentence of magnetic flux
(31) The magnetic flux density of the magnet was measured using a Gauss meter.
(32) The magnetographs' recordings showed a gradual increase in magnetic flux.
(33) The concept of magnetic flux is crucial in understanding electromagnetism.
(34) The magnetic flux density can be increased by adding more turns to a coil.
(35) The magnetic flux density is influenced by the permeability of the medium.
(36) The fundamental units of magnetic flux density are teslas and milliteslas.
(37) Magnetic flux is an important parameter in the study of magnetic materials.
(38) Magnetic conductivity is a property that enables the flow of magnetic flux.
(39) The millihenry is used to measure the amount of magnetic flux in a circuit.
(40) The magnetic flux density is a measure of the strength of a magnetic field.
Magnetic Flux meaningful sentence
(41) The cgs unit of magnetic flux density is the maxwell per square centimeter.
(42) We can use this formula to convert watt into volt-seconds for magnetic flux.
(43) The magnetic flux density is affected by the current flowing through a wire.
(44) The magnetic flux density of a magnetic field is measured in tesla or gauss.
(45) The millihenry is used to calculate the magnetic flux density of an inductor.
(46) The line-of-force can be used to calculate the magnetic flux through a surface.
(47) The measuring unit for magnetic flux is commonly webers or tesla square meters.
(48) The magnetic flux density decreases with distance from a current-carrying wire.
(49) The magnetic flux density is used to calculate the magnetic moment of a magnet.
(50) Magnetic conductivity is a property that enables the transfer of magnetic flux.
Magnetic Flux sentence examples
(51) The transformer's core was carefully designed to minimize magnetic flux leakage.
(52) The magnetic flux density is a key parameter in the design of magnetic circuits.
(53) The magnetic flux density is affected by the presence of nearby magnetic fields.
(54) The base unit of magnetic flux in the International System of Units is the weber.
(55) Magnetic flux is a concept that bridges the gap between electricity and magnetism.
(56) The magnetic flux density of a permanent magnet depends on its material and shape.
(57) The magnetic flux density is directly proportional to the magnetic field strength.
(58) The magnetizing force of the magnet was measured in units of magnetic flux density.
(59) The emf induced in the coil is proportional to the rate of change of magnetic flux.
(60) The magnetic flux density is affected by the presence of nearby magnetic materials.
Sentence with magnetic flux
(61) The magnetograph's sensitivity allows for the detection of magnetic flux emergence.
(62) The salient pole of the machine was carefully shaped to optimize the magnetic flux.
(63) The magnetic flux density of the Earth's magnetic field is approximately 0.5 gauss.
(64) The magnetic flux density of a magnetic material can be increased by magnetization.
(65) Magnetic flux is a measure of the total magnetic field passing through a given area.
(66) Magnetic flux is an important parameter in the study of magnetic levitation systems.
(67) The magnetic flux density is higher inside a ferromagnetic material compared to air.
(68) The magnetic flux density is used to calculate the magnetic induction in a material.
(69) The magnetic flux variation caused an induced voltage in the surrounding conductors.
(70) Magnetic flux is an important concept in the study of magnetism and electromagnetism.
Use magnetic flux in a sentence
(71) The magnetic flux density of a magnetic circuit can be calculated using Ampere's law.
(72) The magnetic flux density of a magnetic material can be decreased by demagnetization.
(73) The magnetic flux through a surface can be calculated using Gauss's law for magnetism.
(74) The magnetic flux density is used to calculate the magnetic field strength at a point.
(75) The secondary coil is wound in such a way that it maximizes the magnetic flux linkage.
(76) The magnetic flux density of a permanent magnet depends on the material it is made of.
(77) The magnetic flux through a surface is independent of the shape or size of the surface.
(78) Increasing the number of turns in a coil will result in a higher magnetic flux density.
(79) The magnetic flux through a surface is directly proportional to the area of the surface.
(80) The transformer's core was made of high-permeability materials to enhance magnetic flux.
Sentence using magnetic flux
(81) The magnetic flux density is higher near the surface of a magnet compared to its center.
(82) The magnetic permeability of a material can affect its ability to conduct magnetic flux.
(83) It's important to calibrate apart from any magnetic flux density to prevent interference.
(84) The strength of the magnetic field is directly proportional to the magnetic flux density.
(85) The magnetic flux density is used to calculate the magnetic flux passing through a surface.
(86) The magnetic flux density of a transformer core is important for efficient energy transfer.
(87) The flux density of the magnetic flux through a surface was calculated using Faraday's law.
(88) The direction of magnetic flux is determined by the orientation of the magnetic field lines.
(89) Magnetic flux is a useful tool for analyzing and predicting the behavior of magnetic fields.
(90) The transformer's core was tightly wound with copper wire to maximize magnetic flux linkage.
Magnetic Flux example sentence
(91) The magnetic flux density is used to determine the magnetic field energy stored in a system.
(92) The magnetic flux through a surface can be changed by moving a magnet closer or farther away.
(93) The magnetic flux through a surface is affected by the presence of nearby magnetic materials.
(94) The magnetic flux density is affected by the orientation of a magnet or current-carrying wire.
(95) The antinodal lines on a magnetic field wave are where the magnetic flux density is strongest.
(96) Magnetic flux is a concept that is fundamental to our understanding of the behavior of magnets.
(97) The magnetic flux density is influenced by the distance from a magnet or current-carrying wire.
(98) Magnetic flux is proportional to the number of magnetic field lines passing through a given area.
(99) The magnetic flux density is lower in regions where the magnetic field lines are more spread out.
(100) The magnetic flux through a surface is directly proportional to the strength of the magnetic field.
Sentence with word magnetic flux
(101) The magnetic flux through a surface is zero if there are no magnetic field lines passing through it.
(102) The magnetic flux through a surface is zero if the magnetic field lines are parallel to the surface.
(103) The magnetic flux density is inversely proportional to the cross-sectional area of a magnetic field.
(104) The magnetic flux through a loop of wire can be changed by varying the strength of the magnetic field.
(105) The flux density of the magnetic flux was calculated using Faraday's law of electromagnetic induction.
(106) The magnetic flux density of a solenoid can be increased by increasing the number of turns in the coil.
(107) Magnetic saturation is a critical factor in determining the maximum magnetic flux density of a material.
(108) The magnetic flux density is determined by the amount of magnetic field lines passing through a given area.
(109) The magnetic flux density is used to calculate the force experienced by a charged particle in a magnetic field.
(110) Magnetic saturation is a phenomenon that occurs when the magnetic flux density within a material cannot increase further.
(111) The math professor used a magnet to demonstrate the concept of magnetic flux and how it relates to electromagnetic induction.
(112) Lorentz's theorem of electromagnetic induction relates the rate of change of magnetic flux to the induced electromotive force.
(113) The magnetic hysteresis curve shows the relationship between the magnetic field strength and the magnetic flux density of a material.
(114) Diamagnetic substances can be identified by their behavior in a magnetic field, as they tend to move away from regions of higher magnetic flux density.
Magnetic Flux meaning
Magnetic flux is a term that is commonly used in physics and engineering to describe the amount of magnetic field passing through a given area. It is a measure of the strength of the magnetic field and is often used in the design and analysis of electrical and electronic systems. If you are looking to use the term magnetic flux in a sentence, there are a few tips that can help you to do so effectively. Here are some suggestions:
1. Define the term: Before using the term magnetic flux in a sentence, it is important to understand what it means. Magnetic flux is defined as the amount of magnetic field passing through a given area. By providing this definition in your sentence, you can help to ensure that your readers or listeners understand what you are talking about. Example: Magnetic flux is the measure of the strength of the magnetic field passing through a given area.
2. Use it in context: Magnetic flux is a technical term that is often used in scientific or engineering contexts. To use it effectively in a sentence, it is important to provide some context for the term. This can help to make your sentence more meaningful and relevant to your audience. Example: The magnetic flux in the transformer was too high, causing the circuit to overload.
3. Use it with other technical terms: Magnetic flux is often used in conjunction with other technical terms related to magnetism and electricity. By using these terms together, you can create a more precise and accurate sentence. Example: The magnetic flux density of the motor was measured using a gaussmeter.
4. Use it in a question: Asking a question that includes the term magnetic flux can be a great way to engage your audience and encourage them to think more deeply about the concept. Example: What is the relationship between magnetic flux and the strength of a magnetic field?
5. Use it in an analogy: Analogies can be a powerful way to explain complex concepts in simple terms. By using an analogy that includes the term magnetic flux, you can help your audience to understand the concept more easily. Example: Magnetic flux is like the flow of water through a pipe. The more water that flows through the pipe, the stronger the pressure. By following these tips, you can use the term magnetic flux effectively in a sentence and help your audience to understand this important concept in physics and engineering.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Magnetic Flux. They do not represent the opinions of TranslateEN.com.