Find the first five samples of the impulse response

Assignment Help Electrical Engineering

Reference no: EM13253381

Given the following IIR system with zero initial conditions:

y[n]=0.2 x[n]- 0.5y[n-1] -0.06y[n-2]

a)find the first five samples of the impulse response

b) find the first five step response

Reference no: EM13253381

Questions Cloud

How far will mitch travel after catching the ball : Mitch is sitting at rest on a wheeled chair in a long hallway. Mitch and the chair have a combined weight of 540 N. how far will Mitch travel after catching the ball

A material requirements planning is most valuable in industr : A Material Requirements Planning (MRP) is most valuable in industries where a number of products are made in batches using the same productive equipment and with companies involving

Explain often possible to change a hydrate into an anhydrous : It is often possible to change a hydrate into an anhydrous compound by heating it to drive off the water (dehydration).

What is the dielectric constant of the dielectric slab : When a certain air-filled parallel-plate capacitor is connected across a battery, it acquires a charge of magnitude 196 ?C on each plate. What is the dielectric constant of the dielectric slab

Find the first five samples of the impulse response : Given the following IIR system with zero initial conditions: y[n]=0.2 x[n]- 0.5y[n-1] -0.06y[n-2] a)find the first five samples of the impulse response b) find the first five step response

Which of following would violate the double jeopardy clause : Which of the following would violate the Double Jeopardy Clause?

Determine whether the image is real or vertual : An optical system is designed so that an object for a convex spherical mirror of focal length f=15 cm is 20 cm behind the mirror, determine whether the image is real or vertual, erect or inverted

Determine difference equation to generate single 852 hz tone : Using the IIR digital filter design, determine the difference equation to generate a single 852 Hz tone with a sampling frequency of 8000Hz

Calculate the velocity of the bullet : A bullet of mass 30 g collides completely inelastically with a ballistic pendulum of mass 2.5 kg. Calculate the velocity of the bullet right before it collides with the pendulum

User Account

All Pages