In science what is a phsical property?
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a physical property is something that identifies an object such as color, shape, texture, phase, height, weight, etc.
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Mass is a property of some physical object that specifies the amount of matter and energy it contains. Be careful and don't confuse mass with weight -- an astronaut in orbit has no weight but his/her mass remains the same.
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Matter is anything that has Mass and takes up space.  The general properties of matter are mass, weight, volume and density.   They are considered physical properties.\n\nLook around you and you will see matter.  Air is matter because it takes up space.  Heat and light does not have mass or takes up space, so it is not matter.  \n\nScientists have separated matter into states or phases.  Prior to 1985 there were 4 states or phases, today we have 5 states or phases.  Each of these phases certain properties associated with each phases.  Matter can be changed from one state or phase to another phase by energy.  There are five types of phase changes.
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Most of these principles are addressed in detail in physics text books.  Perhaps you might try at a local college or high school  library.
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you mean What are physical science principles?\nwww.ask.com
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heat is the measurement of thermal energy
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Extensive properties are those properties which depend upon the amount of substance present in the system. Such as mass etc.\n\nIntensive properties are those property which does not depend upon the amount of substance present in the system. Such as refractive-index, density etc\n\ni think so now u r clear
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what is physics, you mean? Physics is literally the study of the physical properties of the world, such as speed, light, sound, weight, materials, heat and electrical conductivity, and basically everything else. Physics is the basis of almost every other field of science.
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Look around yourselves almost everything around you has some physics.The computer you use ,the vehicle you drive ,houses we live in ,various appliances we use everything has some physics involved.We are in effect trying to study the very nature of things there physical properties .
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It demonstrates the physics of inelastic collisions.\n\nSome of the properties demonstrated are conservation of momentum, the properties of inertia, kinetic energy, potential energy . . .
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http://www.stonecareuk.net/propertiesofstone.html\n\nHope this site is of help to you
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Any measurable property of mattr is called a physical quantity.The length and breadth of your room can be measurd.The mass of a ball and its weight can be mesured by a suitble balance.The duration of time of a baseball mah can be measured by your wrist-wtch.Density of an objet,velocity of  moving car and the vegetable you purchsed from the mrket can all be measured definitely by  suritable mesuring devices.Thus,the length,mass,weight,density,veloity etc. are all examples of physical quanities.\nThe physical quantities may be classified into two clsses.Scalrquantity and Vector quantity\nThe physical quantities  whichhave only magnitude nd no direction ar called scalar quantities,Length,volume,mass tempeature etc. ar scalar quantities.\nkThe physical quantities which hae both magnitude and direction ar called vector quantities.Physical quantities like velocity,accelation,force,momentum etc. are examples of vector quantities because they have both magnitude and direction.
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Try searches at the following. What you are asking is pretty specialized.I do not see how it could not effect the properties.  Depends on the properties you are interested in reviewing.\n\nhttp://www.scirus.com/srsapp/\n\nhttp://www.scienceresearch.com/search
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density,volume,weight,number of electron and proton.
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(m)\n\nAnother property of a bee is that is flies. When a bee flies it vibrates its wings up and down to produce lift and thus is able to move through the air at a measurable speed. The velocity, or speed, at which the bee is able to move is another of its measurable properties (you need to measure both the distance a bee travels and the time it takes before you can determine this property).\n\nmore details goto the following link\n\nhttp://www.brooklyn.cuny.edu/bc/ahp/LAD/C3/C3_MatterWaves.html
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http://hyperphysics.phy-astr.gsu.edu/hbase/electronic/posfe.html#c3\n\nThe link above may be of some help. Input the values you want or need.
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Something involving atomic spectra.  For example see\nhttp://www.fas.harvard.edu/~scdiroff/lds/QuantumRelativity/StreetLampSpectra/StreetLampSpectra.html