Static Var Compensators are the most important FACTS devices, SVc's have high accuracy, availability and fast response and therefore give better steady state and transient voltage control compared to classical shunt compensation. SVC's require large inductive and capacitive components and occupy a larger space than STATCOMs. STATCOMs give higher reactive oututs at low voltages compared to SVCs.
Yes. In Java methods can be static and synchronized. Static methods access other static members in the class. Static in case of inheritance are treated as non - static. Synchronized methods are those which have dedicated thread attached to it and no other can access until currrent thread leaves the control from it.
No. Why? By definition. A static method is, precisely, a method that is not meant to operate on an object. It can only work with static fields, and other static methods, of its class.
Depends. A non-static method that is declared final cannot be overridden. A non-static method in a final class cannot be overridden. A non-static method that is declared private cannot be overridden. A non-static method that is declared with package visibility cannot be overridden by classes in a different package. Other than that, yes.
No. You will get compilation errors. The complier will complain that you are trying to access non static variables from inside a static method. A static method can access only static variables.
Static Blocks are always executed first. A static block is executed when your class is charged but a static method is executed only when is called, therefor first the class is charged and then is executed a method.
they are different to each other
Static electricity can cause certain objects to attract or repel each other. It can also cause objects to cling to each other or create sparks when discharged. Additionally, static electricity can interfere with electronic devices and disrupt their normal functioning.
The rooftop wind turbine is different from other wind energy devices in that it relies on a small motor in addition to wind power, whereas other devices rely only on wind power.
Change is the word that is different from the others because it implies movement or variation, while the other words suggest permanence or lack of change.
One is a river the other a road. One is natural the other manmade. One is static the other ever moving.
One is a river the other a road. One is natural the other manmade. One is static the other ever moving.
AC (alternating current) electricity constantly changes direction and magnitude in a circuit, typically in a sine wave pattern. Static electricity, on the other hand, refers to an imbalance of electric charge on the surface of an object. AC electricity is used for powering devices and transmitting electricity over long distances, while static electricity is typically seen in everyday scenarios like when you rub a balloon on your hair.
Static electricity can cause materials to stick together, repel each other, or generate sparks. It can also disrupt electronic devices and cause interference with sensitive equipment. Additionally, static electricity can lead to uncomfortable shocks when discharged through our bodies.
To prevent or reduce static electricity shocks, you can try the following methods: Use a humidifier to increase moisture in the air, which can help reduce static electricity buildup. Wear natural fiber clothing, such as cotton, to minimize static electricity. Use an anti-static spray on carpets, furniture, and clothing to reduce static buildup. Ground yourself by touching a metal object before touching electronic devices or other objects that may cause a shock.
A DSL filter is used to shield telephones, fax machines, etc, from "digital noise" and / or unwanted interference from other devices. They are recommended for use with most landline phones and similar devices.
Yes, other common sources of static electricity include friction between two different materials, such as rubbing a comb against hair, walking on carpet, or shuffling on a rug. These actions can transfer electrons between surfaces, leading to a buildup of static charge.
The interference of radio waves is commonly referred to as "static" or "noise". This can be caused by various factors such as atmospheric conditions, electronic devices, or other radio frequency signals.