Questions asked
18.- For the Circuit below find. I= FIG. 52 (5 POINTS) Si 10 V 10 $\Omega$ Si
Packaging assets into structures that suit the needs of investors better than the original assets can be accomplished by:
According to the Declaration of Independence, where do rights come from? What are those rights? Rights don't exist Nature/ life, liberty, pursuit of happiness Government/ healthcare, guns, marriage Government/ Life, Liberty, and pursuit of happiness
Which cytokines are secreted by Th2 cells and function to increase gut mucus production and gut motility? (Select two answers.) IFN-γ IL-17 IL-13 IL-5 IL-4
A styrofoam ball with charge $q_1 = +55 \mu C$ is attached to the wall, a height $h = 1.7 m$ above the floor. Another styrofoam ball with charge $q_2 = -30 \mu C$ and mass $m = 15 g$ is placed on the floor so that is below $q_1$, but with a horizontal distance of $d = 3.0 m$ from the wall. Assuming that friction from the floor is negligible, what is the initial acceleration $a$ of $q_2$ when it's released from rest? For the limit check, investigate what happens to $a$ if $q_1$ is lowered to the floor ($h \to 0$). Representation: 0 1 2 Physics Concept(s): 0 1 2 Initial Equation(s): 0 0.5 1 Symbolic Answer: 0 1 Units Check: 0 0.5 1 Limits Check: 0 0.5 1 Neatness: -2 -1 0 Total: Correct Answer: Y N
Important note: The project must be in the fromat of a formal repot and typed in microsoft word with figure number anc captions. No hand writing images will be accepted. Problem: The following figure shows the electromotor and load system and the parameter values are as: $J_a = 0.6 \text{ kg} \cdot m^2$ $D_a = 0.1 \text{ N} \cdot m \cdot sec$ $K_t = 8 \frac{N \cdot m}{A}$ $R_a = 8 \text{ } A \cdot \Omega$ $K_b = 0.2 \frac{rad}{V \cdot s}$ As seen at its input shaft, the gear pair between the motor and load has mass moment of inertia $J_1 = 1.4 \text{ kg} \cdot m^2$ and viscous damping $D_1 = 0.4 \text{ N} \cdot m \cdot sec$. The tooth counts are $N_1 = 50$ and $N_2 = 1250$. The load moment of inertia is $J_L = 1300 \text{ kg} \cdot m^2$. The load provides viscous damping, $D_L = 140 \text{ N} \cdot m \cdot sec$. 5)- Using Aukermann method obtain the observer gains for the phase variable state space model. Then use the observer to estimate the state valibles for the controller. (20%)
The solubility in water of ionic compound X is measured and found to be $73.8 \frac{g}{L}$ at 25. $^\circ$C. Calculate the volume of a saturated solution of X in water that would contain 420. mg of X at this temperature. Be sure your answer has the correct unit symbol and 3 significant digits.
1. The radius of the inner conductor of an infinitely long coaxial cable is "a" and the inner radius of the outer conductor is "b" while the outer radius is "c". If the relative permeability of the medium between the conductor is ??=2, and the current flowing through the cable is I as shown below, find the magnetic flux density B and magnetic field intensiy H everywhere. (25). Find the mutual inductance per unit length of the coaxial cable given above if c=b. (25)
Opiates are important for analgesia (pain relief) in medicine, however, its use is carefully controlled due to dangers to respiratory control • This is what you know about µ-OR: • It is a GPCR linked to activation of G? signalling pathways • Found on pre-Botzinger Complex neurons • Not found on neurones in the Retrotrapezoid nucleus (RTN) Question: Based on what you know from the above, describe your prediction of what would happen to chemoreflex if someone was treated with opioid receptor agonist. Explain and justify your reasoning for your prediction. In your answer, you should describe and explain the effect of activating µ-OR on neuronal activity or excitability.
QUESTION 4 A game is called a simultaneous-move game if players choose their dominant strategies to play the game players choose their actions at the same time one player chooses her action after the other player makes a move players choose mixed strategies to play the game
