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What is difference between metal and non metal

Difference between metal and non metal. 1. Physical State Metals: Mostly solid at room temperature (except mercury). Non-metals: Can be solid, liquid (bromine), or gas (oxygen, nitrogen). 2. Appearance Metals: Shiny (lustrous surface). Non-metals: Dull (non-lustrous). 3. Electrical Conductivity Metals: Good conductors of electricity. Non-metals: Poor conductors (except graphite). 4. Thermal Conductivity Metals: Good conductors of heat. Non-metals: Poor conductors of heat. 5. Malleability Metals: Malleable (can be beaten into thin sheets). Non-metals: Brittle (break easily when hammered). 6. Ductility Metals: Ductile (can be drawn into wires). Non-metals: Non-ductile. 7. Density Metals: Generally high density. Non-metals: Generally low density. 8. Melting and Boiling Points Metals: High melting and boiling points. Non-metals: Low melting and boiling points (generally). 9. Chemical Behavior (Electron Transf...
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What is difference between metal and non metal

Difference between metal and non metal. 1. Physical State Metals: Mostly solid at room temperature (except mercury). Non-metals: Can be solid, liquid (bromine), or gas (oxygen, nitrogen). 2. Appearance Metals: Shiny (lustrous surface). Non-metals: Dull (non-lustrous). 3. Electrical Conductivity Metals: Good conductors of electricity. Non-metals: Poor conductors (except graphite). 4. Thermal Conductivity Metals: Good conductors of heat. Non-metals: Poor conductors of heat. 5. Malleability Metals: Malleable (can be beaten into thin sheets). Non-metals: Brittle (break easily when hammered). 6. Ductility Metals: Ductile (can be drawn into wires). Non-metals: Non-ductile. 7. Density Metals: Generally high density. Non-metals: Generally low density. 8. Melting and Boiling Points Metals: High melting and boiling points. Non-metals: Low melting and boiling points (generally). 9. Chemical Behavior (Electron Transf...
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comparison between acid and base

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                                   acid                                    1.  Acid is sour in taste,  Base is bitter in taste. 2.   Acid turns blue litmus to red,  Bases turns red litmus to  blue. 3.  Acis PH is  less than  7,  Base  PH is greater than  7.  4.   It  is produces   H+ ion ( hydrogen ion) solution, Base  produces  OH ion  in  slution. 5.   Corrosive to metals,  Base is slippery to touch . 6.   React with  base  to form salt  and water, React with acid  to form salt and water. 7.  Example of acid- HCL, H2SO4.  Example of base NAOH,KOH. 8.  Conducts electricity in solution , in base  is also conducts electricity in  ...
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What is tidal energy, advantage, disadvantage, challenges

  What is tidal energy. Tidal energy is a form of renewable energy generated from the movement of tides, driven primarily by the gravitational pull of the moon and the sun on Earth's oceans. This energy can be harnessed through various technologies, such as tidal stream generators or tidal barrages, to produce electricity. The energy is most effectively captured in coastal areas where tidal changes are significant, and it is considered a predictable and environmentally friendly source of power. How to work tidal energy. Tidal energy is a form of renewable energy that harnesses the kinetic and potential energy of tidal movements caused by the gravitational pull of the moon and the sun on Earth's oceans. The process involves several steps. Firstly, tidal energy systems, such as tidal barrages, tidal stream generators, or tidal lagoons, are strategically installed in coastal areas where tidal ranges or tidal currents are strong. Tidal barrages use a dam-like structure...
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What is magnetic flux , factors, physical significance, units and measurements, application

What is Magnetic Flux? Magnetic flux is a fundamental concept in electromagnetism that quantifies the total magnetic field passing through a given area. It is a measure of how much magnetic field is "flowing" through a surface and is an essential parameter in understanding magnetic field interactions with physical systems, such as electric circuits and magnetic materials. Physical significance of magnetic flux. Magnetic flux is a fundamental concept in electromagnetism that quantifies the total magnetic field passing through a given area. Its physical significance can be explained as follows: Measure of Magnetic Field Strength : Magnetic flux provides a way to measure the strength of a magnetic field over a specified area. It is the product of the magnetic field (B) and the perpendicular area (A) through which it passes, accounting for the angle between them.      Influence on Electromagnetic Induction : The change in magnetic flux through a circuit is the basis...
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