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- The equation “F = BIl” represents the motor effect formula, used to calculate the force experienced by a current-carrying wire placed in a magnetic field12345. Here's what each variable stands for:
- F: Force (measured in newtons, N)
- B: Magnetic flux density (strength of the magnetic field, measured in tesla, T)
- I: Current (measured in amperes, A)
- L: Length of the wire (measured in meters, m)
Learn more:✕This summary was generated using AI based on multiple online sources. To view the original source information, use the "Learn more" links.The equation “F = BIl” is called the motor effect formula. It is used to calculate the force experienced by a current-carrying wire placed in a magnetic field. F stands for the force which is measured in newtons (N).studyrocket.co.uk/revision/gcse-physics-triple-wjec/…A moving charge can be represented by a current (I) in a length of wire (L) perpendicular to a magnetic field. This would also have a maximum force (F) when perpendicular to a magnetic field magnetic field (B). This equation represents the relationship: F = BIL force = (magnetic field) (current) (length of wire)stickmanphysics.com/stickman-physics-home/mag…The size of the force acting on a current-carrying wire in a magnetic field can be calculated using the equation: F = BIL Where: F = force acting on current-carrying wire in Newtons (N) B = magnetic flux density (which is the strength of the magnetic field) in Tesla (T)www.savemyexams.com/gcse/physics/aqa/18/revis…Force on current in magnetic field: F = BIL sin θ The units for B are tesla (T). The special case is when the wire is at right angles to the field (that is θ = 90 o). This gives the greatest force on the wire. (See Figure 5)www.schoolphysics.co.uk/age16-19/Electricity%25…When the current acting through a conductor in a magnetic field is at 90 degrees to the magnetic field, we can calculate the force acting on a conductor using the formula F=BIL F = BI L.albertteen.com/uk/gcse/physics/electromagnetism/… - People also ask
F=BIL formula explained and transposed - YouTube
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The force F acting on a particle of electric charge q with instantaneous velocity v, due to an external electric field E and magnetic field B, is given by (SI definition of quantities ):
where × is the vector cross product (all boldface quantities are vectors). In terms of Cartesian components, we have:Wikipedia · Text under CC-BY-SA license- Estimated Reading Time: 11 mins
Force on a current in a magnetic field - schoolphysics
WEBThe force F on the wire in Figure 4 can be shown to be proportional to (a) the current on the wire I, (b) the length of the conductor in the field L, (c) the sine of the angle θ that the conductor makes with the field , and (d) the …
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WEBMay 24, 2022 · F is the force being undergone by the current - measured in Newtons (N). B is the magnetic field strength (or flux density) of the field the charge is in (I.e The number …
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WEBTo calculate the force on a wire carrying a current at right angles to a magnetic field, use the equation: force = magnetic flux density × current × length. \ (F = B~I~l\) This is when: F is ...
F = BIL - Revise GCSE Physics with Albert Teen
WEBF = BIL. We can calculate the force experienced by a current-carrying conductor in a magnetic field by using the equation Force = Magnetic Flux Density x Current x Length.
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WEBThe formula of Lorentz Force. F=q (E+v∗B) Where, F is the force whose effect takes place on the particle. q is the particle’s electric charge. v is the velocity. E refers to the external …
Episode 412: The force on a conductor in a magnetic field
WEBCombining these we get F = BIL (It can help students to refer to this force as the BIL force.) Students will probably know that electric and gravitational fields are defined as the force …
GCSE Science: Physics: Motor effect and F= BIL - YouTube
Lorentz Force from Magnetic Field - School for …
WEBMay 30, 2023 · What causes the Lorentz force? How does it apply when current flows in a wire? What is the right-hand rule? This lesson will answer those questions. Useful tool: Cause of Lorentz Force. A magnetic field is …
Motor Effect F=BIL - Physics A-level Practical - YouTube
WEBMar 3, 2019 · Motor Effect F=BIL - Physics A-level Practical - YouTube. Malmesbury Education. 44.6K subscribers. Subscribed. 517. 42K views 5 years ago. Mrs Wilkins shows you how to obtain a value for...
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WEBF is Force, B is Magnetic field, I is current. From the name of the rule, use your left hand. E.g. If current flowing towards to right and the magnetic field is pointing into the paper, …
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WEB1. The force is perpendicular to both the velocity v of the charge q and the magnetic field B. 2. The magnitude of the force is F = qvB sinθ where θ is the angle < 180 degrees …
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Where is F=BIL force exerted on my conductor?
WEBMay 31, 2017 · In order to get to the formula $F=BIL$ (L is the length of a wire,B a steady magnetic field,I a constant current) we integrate with respect to dl from 0 up to the length …
Working Principle of DC Motor - StudyElectrical.Com
WEBThe direction of the mechanical force is given by Fleming’s Left-hand Rule and its magnitude is given by F = BIL Newton. The working of the AC motor (Induction …
F=BIL Relationship with coils Explanation? - Physics Forums
WEBMar 24, 2013 · The F=BIL relationship is derived from the Lorentz force law, which states that the force on a charged particle moving through a magnetic field is equal to the …
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WEBCourse: Electromagnetism (Essentials) - Class 12th > Unit 9. Lesson 1: From force on solo electrons to force on entire conductors. Force on a current-carrying conductor in a …
WEBMagnetic Field around a current carrying wire. When a current flows through a wire, a circular magnetic field is produced around the wire. It is stronger closer to the wire. Right …
How to Derive F=BIl from F=qvB - YouTube
WEBWe cover how the Motor Effect formula F=BIl can be derived from the Lorentz Force formula for particles F=qvB. This shows how the two are really equivalent e...
GCSE 9-1 Physics Electromagnetism FBIL calculations
WEBAug 18, 2022 · GCSE 9-1 combined science and GCSE 9-1 PHYSICS. This worksheet is practice of F=BIL equation in the electromagnetism unit. The worksheets are …
Force on a conductor, F=BIL | Teaching Resources
WEBFeb 4, 2021 · Application of F=BIL and Fleming’s left hand rule from simple questions to higher level GCSE exam style questions. Designed for AQA GCSE Physics. Answers …
what is the difference between the formula F=qvB and F=BIL …
WEBNov 21, 2018 · The force of magnetism = q (v*b) is defined for a point charge q moving in the magnetic field b with a velocity v. On the other hand, the force = ILB , it is the force of …
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