Other Engineering Answers

2. Draw the architecture of an 18 * 8 ROM.

1. Draw the architecture of a 16 * 10 ROM. What is the selected register when address is 1101?

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.

Determine the impulse response of the following IIR system:

y[n] + y[n - 1] = x[n] - 2x [n - 1]

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]

f(A,B,C,D)=€m(0,1,4,7,11,12,13,15)+d(3,6,10)

Suppose you are a requirement engineer, according to your point of view which requirement elicitation technique will remain better to gather the requirements for this system? Explain in 5 to 7 lines.

what seed spacing is required when planting maize in rows 102cm apart if the desired plant population is 6000 plants per hectare with an average emergence of 85% expected

SIMPLEX METHOD

Assume that in the context of a production problem there are two products, P₁ and P₂ that are manufactured on three machines, M₁, M₂, and M₃. Each product has to be processed on each of the three machines, but the order in which the products are processed on the machines is assumed to be immaterial. The two products sell for the (fixed) unit price of $12 and $27, respectively, while the capacities of the three machines are 15, 14, and 12 hours, respectively. Note that the capacities are expressed for the planning period, e.g., one day. It is important that all other capacity uses are then also expressed in the same units for the same planning period. The different capacities may result from different expected maintenance requirements. Now, 9 minutes is required to process one unit of unit of P₁ on M₁, 6 minutes to process one unit of P₁ on M₂, and 10 minutes to process one unit of P₁ on M₃. The corresponding data for P₂ are 12, 14, and 18. Finally, it is required that at least 70