Nothing. An led is a solid state device.
Its all electrical, but referring to electronics would be solid state devices such as tiny resistors ,tranistors soldering work found on devices such as Computer chips and Vehicle ECU's
A state table defines the behaviour of the of the sequantial function
The difference in the electron and hole mobilities is responsible for the small negative Hall coefficient of intrisic semiconductors. Refs: C.M.Hurd : Hall effect in metals and alloys R.Asokamani :solid state physics Busch& Schade; Solid state Physics
What_is_KRAhttp://www.citehr.com/4309-difference-between-kra-kpa.html
no..it will be in liquid state and after it reaches its settling time, concrete starts hardening and finally to solid state...
not sure
Iodine molecule has covalent bonds.
the word phase also means its state so in that case germanium's normal phase or state is solid the word phase also means its state so in that case germanium's normal phase or state is solid the word phase also means its state so in that case germanium's normal phase or state is solid
Lutetium is a solid at room temperature and pressure, making it the normal state of matter for this element.
BTW, it's a solid, normal phase means state of matter
The difference will be in their physical state i.e., solid and liquid state and in their chemical composition. Solid fuels that are used are the filling inside bombs i.e,. gun powder. Liquid fuels used are RDX etc.
Francium is a solid.
I believe from my research that the normal/regular state of nickel is a solid.
Granite is a type of igneous rock that is typically found in a solid state in the Earth's crust. Its normal state is a crystalline structure composed of minerals such as quartz, feldspar, and mica.
If you mean between hard drives and ssd's (solid state drives), then you need to read the wikipedia page on Solid State Drives, it has a comparison of the two technologies.
Glucose is a solid in its normal state at room temperature.
Under normal conditions it is a solid.