Suppose that a discrete-time signal x(n) is processed by the system with transfer function H (z)=0.01/(z+0.99) before sent to a
ZOH at 100Hz and then a continuous time filter with transfer function H T (s)=1/((s+1)(0.3s+1)) . Determine the DT transfer function of the system when the output is also sampled at 100Hz.Suppose that a continuous time signal x(t) is processed by the following sampled-data system, 0.1 replacing an old analog filter. The discrete-time transfer function is H????T(z) = z−0.9
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Answer:
Both the technicians are correct.
Explanation:
As the pressure increases the temperature will also increase in accordance with the Boyle's law hence greater amount of heat is formed.
When the temperature increases the intermolecular spaces increase as the molecules of the fuel gain energy and their kinetic energy increases. This is limited to temperatures below dissociation/combustion temperature of diesel .