In simple terms, what is the definition of quasistatic?
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Having no motion to some degree\nBeing at rest in some manner\nSorta stationary\netc
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Since no-one else has answered the question yet, I'll take a stab at it -\n\nI think the term you're looking for is Hysteresis
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When I think of "polarized", I interpret that to mean a system with a fixed, unchanging electric moment.  Electric  containment with static fields is generally not possible within any hollow space.  That's because those particular static fields can always be written as the gradient of a scalar field, the voltage field.  If the space is hollow, with no internal contributing sources, then the forces have zero divergence.  The Laplacian of the scalar field is zero.\n\nA fundamental result of the calculus of multiple variables is that if you have a volume completely enclosed by a surface, and the Laplacian of a scalar field is zero everywhere inside the volume, then the field takes its minimum and maximum values on the surface.\n\nThe energy state of a charged particle in such a field is the produce of the charge and the field value, which we've said is at its minimum and maximum on the surface.  So, either the field is constant everywhere within the container, in which case the container has no influence at all, so there is no containment, or the field is non-constant, and the minimum energy state is obtained when the particle collides with the containment somewhere.\n\nOK, so unchanging electric fields are not going to constrain a charged particle in a hollow space.  How about magnetic fields?  Well, apply a large magnetic field through the space, and inject charged particles into it such that they have no velocity in the direction parallel to the magnetic field, and those particles will orbit in the magnetic field.  If the radius of the orbit is smaller than the distance to the side walls, we can say that the particles have partial containment in the system.  A uniform magnetic field can hold moving charged particles in two dimensions, but provides no containment in the direction parallel to the magnetic field.\n\nIf we start modifying the electric and magnetic fields in more detailed ways, it becomes possible to contain a plasma.  That is, after all, what happens in a Tokamak.
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Cations are positive.\nAnions are negative.
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Hola Umar! Im just as confused as you are!\n\nNot Anymore, I got it! It is the Convection Zone!!!!!\n\nAbraham asked this question, I found it and did a double check and it is right!
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:/ means  SIMPLY UNAFFECTED
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when a body is in limiting equilibrium on an inclined plane then the inclination of the plane with the horizontal is called the angle of repose.it is denoted by greek letter alpha.tangent of alpha=mu<greek letter meaning coefficient of static friction.\n u might hav got it now tht its a term related to friction
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lytic:destroying, killing\npersistant: constant, unyielding\nlatent: developing slower, a later sign
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By definition, a metal conducts electricity.
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solid\nliquid\ngas\nplasma
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Yeah, what do you mean by "statics"? Be more specific.
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Noun: relative humidity. The ratio of the amount of water in the air at a give temperature to the maximum amount it could hold at that temperature; expressed as a percentage\n\nRelative humidity is the ratio of the current vapor pressure of water in any gas (especially air), known as the absolute vapor pressure (AVP), to the equilibrium vapor pressure or saturation vapor pressure (SVP), at which the gas is called saturated at the current temperature, expressed as a percentage.\n\nEquivalently, it is the ratio of the mass of water per unit volume of gas and the mass of water per unit volume of a saturated gas.
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electricity (î-lèk-trîs´e-tê), class of phenomena arising from the existence of CHARGE. According to modern theory, most ELEMENTARY PARTICLES of matter possess charge, either positive or negative. Two particles of like charge, both positive or both negative, repel each other; two particles of unlike charge are attracted. The electric FORCE between two charged particles is much greater than the gravitational force between the particles. Many of the bulk properties of matter are ultimately due to the electric forces among the particles of which the substance is composed. Materials differ in their ability to allow charge toflow through them. Those that allow charge to pass easily are conductors,  whereas those that allow extremely little charge to pass through are called insulators,  or DIELECTRICS. A third class of materials, called SEMICONDUCTORS, is intermediate. Electrostatics is the study of charges, or charged bodies, at rest. When positive or negative charge builds up in fixed positions on objects, certain phenomena can be observed that are collectively referred to as static electricity. The charge can be built by rubbing certain objects together, such as silk and glass or rubber and fur; the friction between these objects causes ELECTRONS to transfer from one to another with the result that the object losing electrons acquires a positive charge and the object gaining electrons acquires a negative charge. Electrodynamics is the study of charges in motion. A flow of electric charge constitutes an electric current. In order for a current to exist in a conductor, there must be an ELECTROMOTIVE FORCE (emf), or POTENTIAL difference, between the conductor's ends. An electric CELL, a PHOTOVOLTAIC CELL, and a GENERATOR are all sources of emf. An emf source with an external conductor connected from one of the source's two terminals to the other constitutes an ELECTRIC CIRCUIT. Direct current (DC) is a flow of current in one direction at a constant rate. Alternating current (AC) is a current flow that increases in magnitude from zero to a maximum, decreases back to zero, increases to a maximum in the opposite direction, decreases to zero, and then repeats this process periodically. The number of repetitions of the cycle occurring each second is defined as the frequency, which is expressed in HERTZ (Hz). The frequency of ordinary household current in the U.S. is 60 cycles per sec (60 Hz), and electric devices must be designed to operate at this frequency. In a solid, the current consists not of a few electrons moving rapidly but of many electrons moving slowly; although this drift of electrons is slow, the impulse that causes it moves through the circuit, when the circuit is completed, at nearly the speed oflight. The movement of electrons in a current is not steady; each electron moves in a series of stops and starts. In a direct current, the electrons are spread evenly through the conductor; in an alternating current, the electrons tend to congregate along the conductor surface. In liquids, gases, and semiconductors, current carriers may be positively or negatively charged.
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Solid\nLiquid\nGas\n\nThere is one more, actually. Its called Plasma
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a) isotonic to the blood
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OKie doky..\nStatic means without movement\n\nexample: Garibage from ur house to be taken to city dump.\n\n\ndynamic means with movement\nexapmle: (Ur kichen seweger going into the drain have to storged someplace)\n\nGL :)
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Option [d]\nQuantitative means something that has a numerical basis. Now it should b clear!