1. DNA is hot a nanobiological molecule. T/F 2. Understanding the mlarity enables counting of
the atoms in nanofabrication through Avogadro's number. T/F 3. A nanocomposite has two or
more elemental forms included in the nanodesign. T/F 4. Quantum dots have numerous free
electrons that do not move. T/F 5. Carbon nanotubes can be both single or multiwalled. T/F 6.
The core shelled geometry does not allow for different atomic layers to be placed together in a
circular manner. T/F 7. The quantum dot is the smallest semiconductor. T/F 8. Missed layering
of carbon atoms result in surface defects of the carbon nanosheets. T/F 9. Carbon nanotubes do
not have a high tensile strength nor elasticity. T/F 10. Carbon nanotubes are easily formed by the
arc discharge methodology. T/F 11. When light passes from one nano material to the next, it
diffracts or refracts. T/F 12. Quantum dots have a high conductivity. T/F 13. Gaps in a carbon
nanosheeting is not a point of weakness. T/F 14. The cantilever system is used to place atoms in
an atomic monolayer. T/F 15. The free electrons of a quantum dot can move from one energy
level to the next gaining kinetic energy from an energy source while emitting absorption spectra.
T/F.
1. DNA is hot a nanobiological molecule. TF 2. Understanding the mla.pdf
1. 1. DNA is hot a nanobiological molecule. T/F 2. Understanding the mlarity enables counting of
the atoms in nanofabrication through Avogadro's number. T/F 3. A nanocomposite has two or
more elemental forms included in the nanodesign. T/F 4. Quantum dots have numerous free
electrons that do not move. T/F 5. Carbon nanotubes can be both single or multiwalled. T/F 6.
The core shelled geometry does not allow for different atomic layers to be placed together in a
circular manner. T/F 7. The quantum dot is the smallest semiconductor. T/F 8. Missed layering
of carbon atoms result in surface defects of the carbon nanosheets. T/F 9. Carbon nanotubes do
not have a high tensile strength nor elasticity. T/F 10. Carbon nanotubes are easily formed by the
arc discharge methodology. T/F 11. When light passes from one nano material to the next, it
diffracts or refracts. T/F 12. Quantum dots have a high conductivity. T/F 13. Gaps in a carbon
nanosheeting is not a point of weakness. T/F 14. The cantilever system is used to place atoms in
an atomic monolayer. T/F 15. The free electrons of a quantum dot can move from one energy
level to the next gaining kinetic energy from an energy source while emitting absorption spectra.
T/F
