K. Yuan, Magnetothermoelastic Stresses in an Infinitely Long Cylindrical Conductor Carrying a Uniformly Distributed Axial Current, Appl. Sci. Res., 26, n°3,4, 307-314 (1972).K. Yuan, “Magnetothermoelastic Stre
Net force on circular parts will be zero because magnetic force produced by I1 on these parts will be tangent at any point. On straight parts, forces will be in same direction. Net force=2[(mu0)/(4pi) (2I1I2)/R L]=(mu0I1I2L)/(piR)
- Final distance from the infinitely long conductor, x2=20cm=0.2m 2. Calculate the Magnetic Field (B) due to the Infinite Conductor: The magnetic field B at a distance x from a long straight conductor carrying current I is given by: B=μ0I12πx where μ0=4π×10−7T m/A. 3....
In potential electrolytes, the degree of dissociation determines the number of ions, and it can be accepted one only in infinitely dilute solutions. The dissociation is meaningless for true electrolytes, and the decreasing of the colligative effects is related to ion clusters. In the case of infin...
6. That value of pure resistance which, when connected to the output terminals of a transmission line, makes the cable appear infinitely long; i.e., no signal is reflected back up the cable toward the source. 7. The ratio of voltage to current in a propagating wave, i.e., the ...
A rectangular closed conductor is located in its magnetic field of a long straight current conductor where a constant current I runs, see figure opposite. The current conductor and rectangle are in the same flat. Given, I = ...
Use Gauss's law to calculate the electric field at distance r from an infinitely long line of charge with a uniform positive linear charge density \lambda. A solid sphere of radius 1.2 m carries a charge of 10 \mu C dist...
To find the magnetic field at the origin due to the infinite collection of current-carrying conductors, we can follow these steps:Step 1: Identify the configuration of the conductors We have two sets of conductors: 1. The first
VII.C.1 Conductor Optical Properties A perfect conductor, characterized by infinitely great conductivity, has an infinite refractive index and penetration of electromagnetic radiation to any depth is prohibited. This produces perfect reflectivity. Real conductors such as aluminum and silver do not have ...
Because of the constant cross-section of the tank and because the electrodes fit the short sides entirely, current flows in straight lines, parallel to the long sides of the trough. Since the properties of the field are the same throughout the tank, it is called a homogeneous field. The ...