In section 1.1.1.3 we obtained an equation (1.1.26) that described the dynamic behavior of the load shaft speed as a function of the motor input voltage. starting from this equation, find the transfer function ωl(s) . vm (s)

The required transfer function is ,

Step-by-step explanation:

Given:

Consider a DC motor

To Find :

Transfer function of load shaft and Input voltage.

Solution:

(Refer the attachment because this website dont allows the some words and so written on paper )

............Equation(1)

............................Equation(2)

i.e. Electrical -mechanical equations we get,

E=K*Wm(t)

T(t)=Kt*Ia(t)...................... [ t is used since function are in Time domain]

Taking Laplace transform equation (1) and (2) we get ,

For Electrical,

.......................(Frequency domain)

For mechanical ,

And we know that

And,

And also

By definition of transfer function:

T.F.=      G(s)/[(1+H(s)*G(s)]

Using G(s) value in transfer function we get as ,

Wm(s)/Ea(s)=[

This is required transfer function

answer:   x = 3 + √11     and     x = 3 - √11

step-by-step explanation:

x² - 6x + 9 = 11

(x - 3)² = 11

x - 3 = ±√11

    x = 3 ± √11

x = 3 + √11     and     x = 3 - √11

a

step-by-step explanation:

strong negative correlation