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Find the impulse response h[n] for a causal LTI discrete-time systems satisfying the given
difference equations and indicate whether the system is a FIR or an IIR system.
y[n] = x[n] + 1/2 x[n - 1] + 2x [n - 2] + 4x[n - 3] - x[n - 5]Determine the area bounded by the curves y=6x =x^2 and y=x^2 2=2x
We want to store the information of different vehicles. Create a class named Vehicle with two
data member named mileage and price. Create its two subclasses *Car with data members to store ownership cost, warranty (by years), seating capacity and fuel
type (diesel or petrol).
*Bike with data members to store the number of cylinders, number of gears, cooling type(air,
liquid or oil), wheel type(alloys or spokes) and fuel tank size(in inches)
Make another two subclasses Audi and Ford of Car, each having a data member to store the
model type. Next, make two subclasses Bajaj and TVS, each having a data member to store the
make-type.
Now, store and print the information of an Audi and a Ford car (i.e. model type, ownership cost,
warranty, seating capacity, fuel type, mileage and price.) Do the same for a Bajaj and a TVS
bike.
Consider a pile group consisting of three piles arranged at the vertices of an equilateral triangle. The total load S is initially distributed evenly over the three piles (each pile carries initially S/3). S is assumed to follow the normal distribution with mean value S and coefficient of variation 30%. The capacity of each pile is also assumed to follow the normal distribution with mean value 25/3 and coefficient of variation 20%. When the first pile fails in this group, its entire load of S/3 is transferred to one of the two surviving piles (the other surviving pile gets no additional load). When the second pile fails, its entire load is transferred to the last surviving pile. Compute the probability of failure of this pile group.
Determine the impulse response h of the following FIR system:
y[n] = x[n] + 1/2 x[n - 1] + 2x [n - 2] + 4x [n - 3] - x[n - 5]
Determine the impulse response of the following IIR system:
y[n] + y[n - 1] = x[n] - 2x * [n - 1]
Calculate the work done for the adiabatic compression of ethane from 150 kPa to 600 kPa
at 20°C. Assume ethane to be an ideal gas. The heat capacity of ethane is given by
𝐶𝑝
0= 1.48 + 4.124 X 10-2 T + 1.23 X 10-5 T
2
- 1.74 X 10-9 T
3
( T in K, Cp = Cal/mol-K)
If the hoisting gear A has an initial angular velocity ωS = 8 rad/s and an angular deceleration αA = —1.5 rad/s². determine the velocity and acceleration of block C in 2 s.
Explain constant volume adiabatic combustion process in IC Engine
3 phase induction motor having 5 poles of 50 hertz frequency
#331389 on Nov 2022