as u know the voltage from the supply V=IR and for the electricity to pass through I=V/R so when R=∞ so I=0 , so the materials having very high resistance (R) is the materials that the electricity cant pass at the normal voltage which are called insulators usually non-metals like ( benzene , wood , paper , plastics , cotton , glass , ceramic , porcelain, ..... ) but for very high voltage happens surge at which this materials be conductors normal voltage = 120 , 220 high voltage =120,000 220,000
Thermosetting materials fuse under heat. The change is usually permanent.
Two-Dimensional Materials Chart Graph Map Photograph Cartoon Poster Diagram
Carbon and glass fiber are two materials that are required for composit making.
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A variable is a named storage that can hold any value and has 2 values associated with it namely rvalue and lvalue. 'rvalue' is its data value that is its content and "lvalue" is its location value, that is memory address.
A variable has two associated value with it rvalue and lvalue. 'lvalue' is its location value, that is memory address.
Materials with high coercivity and high retentivity.
High Energy Materials Research Laboratory was created in 1960.
Materials such as lead, gold, platinum, tungsten, and osmium have high densities due to their atomic structures and high atomic masses. These materials are commonly used in applications where their high density is advantageous, such as in radiation shielding or in precision instruments.
Switzerland makes high quality goods from imported materials.
An lvalue is an object that can be assigned a value, i.e. it can be on the left side of an equals sign, hence the term lvalue.If the compiler is complaining, you are probably trying to assign a new value to an rvalue, such as an array name or constant.
There are two non-metal materials that come to mind. Ceramics and diamond can withstand high temperatures.
Nonmetal materials that can withstand high temperatures include ceramics (such as alumina and zirconia), refractory metals (like tungsten and molybdenum), and certain composite materials (such as carbon-carbon composites). These materials have high melting points and good thermal stability, making them suitable for high-temperature applications.
High energy materials have high energy due to the presence of chemical bonds that release a significant amount of energy when they are broken. These materials are designed to contain a large amount of stored energy that can be released rapidly, making them ideal for explosive applications. Additionally, the specific composition and structure of high energy materials contribute to their high energy content.
Materials that are considered incombustible include mineral wool, gypsum board, concrete, and steel. These materials have high fire resistance and do not ignite easily when exposed to high temperatures or flames.
Materials with high coefficients of friction include rubber, sandpaper, and concrete. These materials create strong resistance to sliding due to their textured surfaces or high adhesive properties.