Find the unit sample response for the filter

Assignment Help Electrical Engineering

Reference no: EM13249460

y[n]=x[n]+0.8x[n-5000]+0.6x[n-8000]

a) Find the delay in seconds for each echo if the sampling rate is Fs=10000 Samp/sec. Td1 and Td2

a) Find the unit sample response for the filter written as the sum of delayed unit-samples.

Reference no: EM13249460

Questions Cloud

Evaluate the financial impact of this strategy : The financial performance of any business depends on a number of factors. Other than the strategy in e-activity, explain in detail how two other factors specific to this MCDonald's might make it difficult to evaluate the financial impact of this s..

Explain the decomposition of gaseous sulfur trioxide : The value of delta H for the decomposition of gaseous sulfur trioxide to its component elements, 2SO3 (g) ---> 2S (s, rhombic) + 3O2 (g) is _____ kj/mol.

What is the initial velocity : A ball is thrown in the air at an initial angle 35 degrees above the horizontal. It takes 4 seconds for the ball to hit the ground

Evaluate how the strategy has either improved : Audits are commonly associated with the financial and accounting records of the business. Using the publicly available financial statements of Mcdonald's, evaluate how the strategy has either improved or degraded the financial performance of the c..

Find the unit sample response for the filter : y[n]=x[n]+0.8x[n-5000]+0.6x[n-8000] a) Find the delay in seconds for each echo if the sampling rate is Fs=10000 Samp/sec. Td1 and Td2 a) Find the unit sample response for the filter written as the sum of delayed unit-samples.

State distance from the source should the radiologist move : Suppose that a radiologist who is 4.0 m from a small, unshielded source of radiation receives 3.4 units of radiation. To reduce the exposure to 0.34 units of radiation, to what distance from the source should the radiologist move?

Calculate the frequency response of the system at 25 hz : The transfer function of a discrete time system is given by H H(z) = z/(z-0.5) The system has a sampling rate of 100 Hz. Calculate the frequency response of the system at 25 Hz input frequency as a complex number in both rectangular and polar f..

Compute delta hvap of pure alcohol using clausius-clapeyron : Calculate delta Hvap of pure alcohol using clausius-clapeyron equation. At 19 C vapor pressure for pure alcohol is 40 torr. At 35 C vapor pressure for pure alcohol is 100 torr

Find impulse response of transfer function in n-domain : The transfer function of a system is given below. Find its impulse response in n-domain. Hint: First expand using partial fraction expansion and then perform its inversion using z-transform tables H(z) = 1/(z-0.5)(z0.5)

User Account

All Pages