2) The ultimate steady-state response of the system with: G(s) = 8(4s+2) %3D (382+2s+10) respond to step input of magnitude 5 is: (a) 8 (b) 16/10 (c) 40 (d) 16

MULTIPLE CHOICE -The answer is one of the options below please solve carefully and circle the correct option Please write clear .

Soces BME 101 Introduction to Biomedical Engineering Shown here is the Hawking equation that describes radiation from black holes nAkc 2hG Where: S-entropy (J/K) A- area of the event horizon (m2) k- Boltzman's constant (m kg/s' K) C- speed of light h-Planck's constant (m? kg/s) a) Using the equation and units of the other terms, find the units for c. b) In this system of units, c = 2.99 x 10°. Convert this to miles/hour. G- universal gravitation constant (m'/kg s') 50°C is d 50°C is d 50°C is d S= 4.18 s= 4.18 5= 4.18 •..

In the equilibrium-stage model equations, are K-values and enthalpies counted as variables? Are the equations used to compute these properties counted as equations?

7.1. A step change of magnitude 4 is introduced into a system having the transfer function Y(s) 10 X(s) s² + 1.65 +4 Determine (a) Percent overshoot (b) Rise time (c) Maximum value of Y(t) (d) Ultimate value of Y(t) (e) Period of oscillation

f & g domain & range please

Only typed solution.