In physics, flux is a measure of the number of electric or magnetic field lines passing through a surface in a given amount time. Field lines provide a mechanism for visualizing the magnitude and direction of the field being measured. They are imaginary lines that follow different patterns, dep...
Magnetic flux is number of magnetic lines passing through closed surface. Learn more about its units, properties, unit of magnetic flux density, and formulas at BYJU'S.
aThe heat flux density was measured by readings of the value of electric current through the heater and of the potential difference between terminals at the ends of the working sections. 热流密度由电流的价值的读书测量通过加热器和的终端之间的电位差在运作的部分的末端。[translate] ...
Φis the flux Vis the quantity passing the area Ais the area θis the angle between the direction of quantity passing the area and the normal vector of the area. Answer and Explanation:1 Flux is a quantity measured passing in a certain area. Since flux is a scalar quantity, it is usual...
Mathematically, the coefficient of friction is represented as: μ = F/N The coefficient of friction is dimensionless because both F and N are measured in units of force (e.g., newtons or pounds). The value of μ is different for static friction and kinetic friction. In static friction, ...
What is the unit of specific gravity? In what units is resistance measured? What are inclusion forming units? What is the unit of electric flux? Give an example of a derived unit. What does SI units mean? What is a British thermal unit?
sand flux directionality is determined over only 10 years — a relatively short time compared to the age of large dunes in the database — and therefore may not represent formative conditions; and second, sand supply is an important but unmeasured control on sand flux that likely varies signifi...
How is remanence measured? It is usually measured inwebers per square metre. In order to demagnetize the specimen from its… When H = 0 (labeled R in Figure 18), the magnetic field constitutes what is termed the residual flux density, and the retention of magnetization in zero field is ca...
An inductor’s ability to generate inductance is measured in a unit called a henry. The basic description of a henry is 1 volt induced for every 1-ampere change in the current through the coil per second. Depending on the intended use of the inductors in question, their ratings can vary ...
To protect against dangerous overheating, temperature-monitoring control circuitry is needed. In simple protection schemes, the output stage is shut off when its temperature, as measured by an on-chip sensor, exceeds a thermal-shutdown safety threshold, and is kept off until it cools down. The ...