germanium has great intrinsic concentration at room temperature,hence conduction is great in germanum compared to silicon, and resistance decreases in germanum and hence built in potentail also less in germanum compared to silicon.built in potential of silicon is 0.7v built in potential of germanum is 0.3v. 1)intrinsic concentration of germanium at room temperature is 2.5*10^13 atoms/cm^3. 2)intrinsic concentration of silicon at room temperature of 300k is 1.5*10^10 atoms/cm^3.
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It is a solid at room temperature.
At room temperature, Xenon turns into a gas.
If the ignition temperature of a substance is lower than the room temperature where it is, then that substance ignites.
The state of silicon at room temperature is SOLID State.
At room temperature, silicon is a solid
No. Silicon is not a gas at room temperature. It is a solid.
Silicon is a solid element at room temperature.
Silicon is a solid at room temperature.
Silicon is a solid at room temperature.
silicon is a solid silicon is a solid
Silicon is a solid at room temperature.
Silicon is a solid at room temperature.
At room temperature the element silicon is a crystalline solid.If it was not a crystalline solid, the computer you have in front of you would not be possible (or would be much bigger and consume much more power).Do not confuse the element silicon with various compounds called silicone, which are oils and polymers that have silicon atoms in their molecules instead of carbon atoms, and can be either liquids or solids. There are also silicon compounds that are gases (e.g. silane, chlorosilane, fluorosilane, chlorofluorosilane).
Silicon is a chemical element with symbol Si and an atomic number of 14. It is solid at room temperature and is classified as a semi-metal.
Since at normal room temperature methanol is a liquid and silicon is a solid, it should be fairly obvious that the answer is "no."