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the other pic Is the continuation of the first pic sent (0) H) Step change of...

(0) H) Step change of magnitude A Impulse of magnitude M Consider the liquidlevel system shown in Figure F = 3 ms Am -Fi 2 m/

0 The response of the tank to a step change in F, by Im/s The new steady-state height (10 marks) TOTAL = 17 1/2 M

the other pic Is the continuation of the first pic sent

(0) H) Step change of magnitude A Impulse of magnitude M Consider the liquidlevel system shown in Figure F = 3 ms Am -Fi 2 m/s Figure 1 Assuming the following non-linear dependence of F. on the liquid level: F, 05 h. Obtain (1) The transfer function of the tank and hence the dynamics in time) domain if the steady state height (h) is 6 m.
0 The response of the tank to a step change in F, by Im/s The new steady-state height (10 marks) TOTAL = 17 1/2 M
0 0
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3m/ 2 m2s h3-2- F A dlh dt A- m2 Accumutatsmy dh t 2 dt Linaising the transer fm using tayler Sunes hsskacy stetehsteady stete Fi-0.5st(h-hs)-2 dh 2ns Frso.S1he 2 0 dt (atesedy Shat No aecumulatren HEh-hs dhs dH dt >i-Fis-0.5(He a fns as-0.5 H- d 2 /6 Fo.10 206 2 H-dlH Talang daplae FC)-0. l02062 HCS) H) Hes))(to. 102062) 9. 797958 HCs) O797958+ 4. ר^ ףךc १.7१ut ud by1 Naw F) 9.7979581 0.102.062) Bt0.102062 9.191958 0.10 2062t HCS) 1- e 9.797958 HCt) 6 + 9.1979 58( 1-e0-102062t1 ResThis question seems possible if only we consider the lineralisation of a process

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