First Exam

Pr$.$akayleh

$1-$For the series R LC circult Tiansfer function is

$A-\frac{1}{R+LS+CS}$

$C-[R+LS+\frac{1}{C}S]$

B$.$

b$.$ None of them

$2-$For the parallel $R$ C circuit V$($s$)$ value equal

A$-$I$($S$)(\frac{1}{R})+CS$

$C-1(S)[(\frac{1}{R})+(CS)]$

Binone of them

$3.$ For the system fig. $1$ Transfer function is$.$

A$.\{(\frac{1}{M}{S}^2)+(\frac{1}{B}S)\}$

B $\frac{1}{M{S}^2+85}$

$C-[(\frac{1}{M}{S}^2)+(K)]$

D$-$None of them

$4-$ For the system fig. $2$ Connection type is

A$-$Series Connectien

B$-$Parallel Connection

C$-$Compound Connection

D$.$ Nons of them

$5.$ For the system fig$\mathrm{.}2(s)$ value equal.

$A+F\frac{5}{K1+K2+BS}$

B$.P\frac{5}{(\frac{1}{K}1)+(\frac{1}{K}2)+(\frac{1}{B}5)}$

C $-F(S)[(\frac{1}{K}1)+(\frac{1}{K}2)+(\frac{1}{B}S)]$

D$-$Nane of them

$6.$ For the system fig. $3.$ Open loop transfer function nquat:

$A-x$

B$-10x$

c$-150x$

D$-$Nage of them

$7.$ For the system fig. $3x(s)$ vaiue equat

A$-$zero

$B-\frac{75}{45}$

C$-1$

D$.$ None of them

$8.$ For the system fig:$4$ Transferfunction is

A$.1\mathrm{.}5$

B$-10\mathrm{.}5$

c$.\frac{15}{27}$

D$.$ Nane of them

$9-$for the system fig $5$ Y value equal

A$.2x$

B$-4\mathrm{.}5$

$0\mathrm{.}2,5x$

D$.$ None of them

$10-$ For the system $fi{n}_{3}6$ value equal

A$.16\frac{}{28\mathrm{.}8}$

B$-16\frac{Y}{29\mathrm{.}8}$

Q$-$None of thera

$10$ of $16$