Learn the magnetic force formula, learn how to determine the magnetic force direction, understand the magnetic field equations, and discover the relationship between a magnetic field and an electric current. Updated: 11/21/2023 Table of Contents Magnetic Force Formula Magnetic Field Equation The ...
How does mass and acceleration affect force? Is the magnetic force stronger in the North Pole or South Pole? Does magnetic force point towards negative or positive? Is the relationship between the magnetic force and current linear? Is the magnetic force contact or non-contact?
When F was scaled by the average number of motors 〈 n 〉, the force–velocity relationship for multiple motors was similar to the force–velocity relationship for a single motor, supporting a minimal load-sharing model. The velocity distribution at low load has a single mode consistent with ...
For a bipolar photospheric magnetic field and several distributions of current, we extrapolated the coronal field as a nonlinear force-free field. We then computed the relative magnetic helicity, as well as the self and mutual helicities. Starting from a magnetic configuration with a moderate ...
To understand the relationship between the electric force and the magnetic force, it is necessary to identify what each one consists of. While the...Become a member and unlock all Study Answers Start today. Try it now Create an account Ask a question Our experts can answer...
The relationship between magnetic susceptibility and temperature is also not in universal agreement. Goharkhah et al. (2020) investigated the three different magnetic force models based on different magnetic susceptibility (χ) correlations as a function of temperature. To investigate the impact on the...
It is found that the relationship between the absolute maximum attractive force (Final) and the corresponding gap distance (Zmaf) to Fmaf can be well described by exponential laws as a function of Zfc, which allow us to predict these values according to Zfc. It is also found that the ...
4.1.1 Magnetic force effect Any magnetic object in a gradient magnetic field experiences magnetic force that correlates with the mass of the object, magnetization, magnetic flux density, and magnetic field gradient. Most biological cells and tissues intrinsically possess weak magnetic properties, showing...
Fig. 3: Magnetizations and magnetic fields. Full size image Relationship between magnetization reversal and microstructure Fig. 4: Relations between dipole fields and microstructures. Full size image $$r = \frac{{\mathop {\sum }\nolimits_{i = 1}^n (A_i - \bar A)(B_i - \bar B)}}...
Generally, an electric current is developed on an increasing magnetic field which causes the electric force to increase, which, ultimately responsible for the increase in the thickness of both thermal as well as momentum boundary layers. Figure 4 elucidates that the increasing value of \(W_{e}\...