Magnetic flux

2.1 OVERVIEW OF PROJECT The project consists of a module that is being used for image processing. This is done by employing a Raspberry Pi development board and the convex hull method. The power source is a 230 V AC supply which is being converted to 12 V AC and then to DC using a rectifier circuit. This is powering the relay circuit that is being employed. A robotic arm with 2 active motors has been used to demonstrate the plenty applications that this technology could be used for. The…

odd harmonics all meet neutral point producing the current that goes through the neutral going back to the voltage supply. It also stops any distortion in the secondary phase voltages as the magnetic flux in the core of the transformer has a sinusoidal waveform and since the voltages are induced by the flux it will also give a sinusoidal waveform for the voltage stopping any distortion. Star-Star (Y-Y) Transformer without grounded neutral Power Transformers Principles and Applications by John J.…

different energy levels and therefore is used to identify atoms in stars. When no magnetic field is applied the electrons in energy states or orbitals within the Cadmium atom are governed by the unique set of quantum numbers associated with an orbital these sets are different for each orbital. There are three different quantum numbers that an orbital can be represented with these are ml, l, and n. Where ml is the magnetic quantum number it can take any value between l and –l for example if l =…

Rain occurs when condensed moisture in the atmosphere falls to the ground in separate, visible drops and it provides us with another source of water and can be used to provide plants with water such as in rainforests or countryside. The hydrologic cycle allows for rain to form and pour down in different areas. Water from oceans, swamps, lakes, rivers are evaporated and turn into water vapor due to the water being heated by the sun or other means. This water vapor rises into the troposphere…

The two Voyagers launched by NASA are travelling in different places at the heliosphere and some consider that they have left the heliosphere and are swimming in the interstellar medium. The data sent by the Voyagers are not same. There is change is one or other form. Though launched 4 months after Voyager 2 , Voyager 1 reached the planetary system ahead than the Voyager 2 so due to the difference in time of the data taken and the position where data is taken, the data are different from the two…

24.3 mg L-1 of 2,4-D were spiked under constant magnetic stirring on the sample and irradiated by a Hanau Suntest (AM-1) solar simulator (Total Intensity: 300 W m-2). The lamp has a spectral distribution with about 0.5% of emitted photons at wavelengths shorter than 300 nm (UV-C range), and about 4% between 300–400 nm (UV-B and UV-A ranges). The distribution of the photons emitted between 400 and 800 nm follows the solar spectrum. The radiant flux was monitored with a Photo-radiometer (HD 2102.2…

Typically, the rotor speed is slower than the magnetic field's speed at all times. This lets the rotor bars generate a valuable torque by cutting the magnetic lines of force. Slip is therefore, the variance between the magnetic field’s synchronous speed and the rotating speed of the shaft. As the load increases, the Slip also increases producing more torque. It is quantified in RPM or frequency and expressed as the ratio between the synchronous speed of the magnetic field and the rotation speed…

largest moon of Jupiter and in the entire Solar System. Ganymede is also the only moon to have a magnetosphere, which according to NOAA is the region of space surrounding an astronomical object in which charged particles are controlled by that object's magnetic field. Ganymede was discovered on January 7th, 1610 by Galileo Galilei, an Italian astronomer that played a huge role in the scientific revolution during the Renaissance era. Galilei got the name Ganymede from the mythological Ganymede,…

resistive force retards the motion of the fluid and enhances its temperature. This effect is clear for the velocity in Fig.5 and for the temperature as well as the concentration in Figs. 8 and 10, respectively. Also, these figures illustrate that the magnetic field decreases the film thickness. The effect of the Schmidt number is highlighted in Figs.7 and 12 for the temperature and concentration distributions, respectively. The relative effect of momentum diffusion to particles diffusion is…

V. The Cat’s Eye Nebula One of the most famous nebulae is the Cat’s Eye Nebula (NGC-6543); it was discovered by William Herschel in 1786. NGC-6543 is located in the northern constellation of Draco; it appears as a blooming center with surrounding and expanding rings. The NGC-6543 has a historical importance because it was the first nebula to be studied spectroscopically by the astronomer William Huggins in 1864; this study revealed the distinctions between PNe and the other gaseous nebulae.…