Consider the two non-interacting tank levels shown below, where the Fs represent the volumetric flowrates.

LT) H 3) per CT F H iii. a) Assuming that F2 is given by F2 = kHz, where k is a constant i. (4) Develop dynamic models for H, and H2 ii. (2) Could you apply deviation variable format, Taylor series expansion, or both? Why? (4) Based on your answer on ii, use deviation variable format, Taylor series expansion, or both, as applicable in both differential equations. b) Assuming that Fz is given by F2 = k/H4, where k is a constant i. (4) Develop dynamic models for H and H2 ii. (2) Could you apply deviation variable format, Taylor series expansion, or both? Why? (4) Based on your answer on b, use deviation variable format, Taylor series expansion, or both, as applicable in both differential equations. jii