It is very easy to cut, however it would be difficult to cut into a desired shape.
When you cut silicon you score it slightly then press it against an edge.
However, it only breaks along the crystal lattice since silicon is usually available as a single crystal wafer.
This means that you can only make clean breaks in the material. It does not "cut", you can only break it into pieces.
It is not 'Cutting voltage' but it is Cut-in voltage'. It is the voltage at which the diode turns ON. For silicon it is 0.7v. After reaching 0.7V diode current starts increasing rapidly for little increase in voltage.
for germanium it is 0.3 and for silicon it is 0.7
silicon and germanium
Dear Friend it is difficult to provide cut off of all the MBA colleges in Pune.
A silicon transistor is a transistor made of silicon.
diamond
The conversion is impossible.It is difficult to use a dry gallon to measure silicon.
the cut in vol for silicon diode is 0.7 where as germaium is around 0.3 because of their construction( the ratio of majority n minority carreirs)
the valence band energy is different in the two substances,so the cut in voltage is different.
A blunt knife's edge is thicker but not sharp. Hence, it is difficult to cut with a blunt knife.
Personally I think that corn is one of the most difficult vegetables to cut. It is difficult to remove the kernels of corn without damaging them.
cut in voltage *** for silicon is 0.7volts and that for germanium is 0.3volts.According to Millman and Taub, "Pulse, Digital and Switching Waveforms", McGraw-Hill 1965, the cutin (or offset, break-point or threshold) voltage for a silicon diode is 0.6, and 0.2 for germanium.Breakdown voltage is another thing entirely. It is the reverse voltage at which the junction will break down.
the cut in vol for silicon diode is 0.7 where as germaium is around 0.3 because of their construction( the ratio of majority n minority carreirs)
silicon diodes Cut in voltage is 0.7 V.but the Germanium cut in voltage is 0.3 V that's why .............
It is not 'Cutting voltage' but it is Cut-in voltage'. It is the voltage at which the diode turns ON. For silicon it is 0.7v. After reaching 0.7V diode current starts increasing rapidly for little increase in voltage.
for germanium it is 0.3 and for silicon it is 0.7
very huge. very difficult to cut it and even more difficult to eat.