DONCASTER g) Demonstrate how different models of engineering systems using first-order differential equations can be used to solve engineering problems.

What is the role and significance of partial differential equation in computational fluid dynamics in engineering modeling and design?

The graph in Figure Q3 (c), shows how the output vo of a first-order control system varies with time when subject to a step input of 2V. Estimate the first-order differential equation for the system and it's solution. 2.5 2 1.5 0.5 0.5 1.5 2 2.5 3 3.5 4 4.5 Time (s) Figure Q3 (c) Output va (Volts)

Q1: Suggest an computer diagram. (Show your analysis) appropriate differential equation for the following analog d/m c/m

What is the resulting equation of X?

Part 2: Subtraction of Two numbers In.arithmetic. unitsthesubtraction is transformed into an addition by adding the..complement. Se AB. means At (-B) = A+ complement of B The operation A =B might be: A>B, the result is positive, there will be an end carry A< B, the result is negative, written in the complemented form, no end carry Part a) fill its table. P-Q 7-5 5-3 9-9 4-bit binary adder P3 P2 P, Po Q3 Q2 Q1 10 1c 10 What is the 1b fupction of this bit? CI Figure 1: Circuit 1 CO Question: What is the function of the invertor in the circuit? Answer:

this represents an OLTC system, taken from the matlab program, explain what the elements used are, and why it is used for the OLTC system.

Q1/ Answer the following questions: a) What is the structure of ANFIS? b) What is the principal idea of PSO? c) Why we use triangle MF to design FLC? d) How we can design the rule of ANN?

I need the right choice from the expert.

Considering the closed path and current values in the figure, which of the following options is correct for the value of the expression ∮H⃗ .dl→? Please choose one: a.-20 A b.0 C.30 A D.-10 A TO.10 A