1. Graphene based nanoelectronic devices will... Be slower, more power consuming
ID: 2029735 • Letter: 1
Question
1.
Graphene based nanoelectronic devices will...
Be slower, more power consuming than silicon and much thicker.
Be faster, less power consuming than silicon and much thinner.
Be slower without consuming power like silicon.
Be slower and more power consuming than silicon.
2.
Quantum mechanics uses what type of language?
English
Probability theory
Quantum field theory
Klingon
3.
What is wave particle duality?
The fact that quantum particles can act as both particles and waves
A blackbody
Devices that enable packing more computing power into a given space
Two surfers
Explanation / Answer
1) Graphene is a much better material than silicon in terms of conductivity and thickness, thus the nano electric device will be faster, less power consuming than silicon and much thinner.
2) The language of quantum mechanics is Probability theory since quantum mechanics can only predict the probability of an outcome in a certain experiment.
3) Wave-particle duality is a fact that quantum particles can act as both waves and particles.
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