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Give an example of a nanomaterial that is >100 years old.
An ideal metal would be expected to expel electromagnetic fields (i.e. reflect EM waves). Why do some metals and metallic oxides have colour (even look black)?
How can a metal be modified to become black?
What can be done to mitigate the effect of tunnelling across gate oxides in integrated microelectronics?
Determine the synchronous speed in revolutions per minute and the useful torque in new ton meters of a 200-hp, 60-Hz, six-pole synchronous motor operating at its rated full load (1 hp ≅ 746 W).
From the magnetic material characteristics shown in Figure 11.1.2, estimate the relative permeability µr at a flux density of 1 T for M-19and AISI 1020 materials..
For the purpose of comparison, obtain the corresponding SOP circuit, and comment on the number of gates needed.
Given a population of 50,000 susceptibles, 10 infectives, and 0 immunes, and b = :001 and g = 0:8, simulate an epidemic using the Kermack- McKendrick model.
Describe a model that allows you to explain the multiplicity of the energy of the brick molecules and the water molecules in such a way to explain the observe changes in temperature of the brick and the water.
The slip at which the motor will develop the same full-load torque.
If a wye-delta starting method is employed, find the starting current and the starting torque.
The catalyst is in the form of 1/16th inch (1.588 mm) beads with average bulk density of 700 kg/m3 . Design, size, and cost a reactor for making 200,000 metric tons per year of cyclohexane using this process.
estimate the cost of steam at each level in $/metric ton.
Here you compare the value of H when you use actual data (steam tables) and when you assume ideal gas. Reference means H = 0. State all reasonable assumptions. Vapor-liquid phase partitioning is involved.
By a two-way analysis of variance determine whether the variance between the reactors and between the temperatures is highly significant (0.01 probability level). Even though no replicates were made at any condition,
What is the minimum pressure that we must have at the exit of the compressor in order to achieve liquefaction?
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