Questions 1 and 2: Draw a bond graph of each of the electrical systems shown below.
1. a. Draw two copies of the graph axes shown below. b. On one of these graphs show how G changes for an exergonic reaction and on the second show how G changes for an endergonic reaction. c. On each graph, label the activation energy. 2. On one of the graphs that you drew, show how the activation energy would change if an enzyme was used for the reaction.
Please answer questions 1-4.
1. is the reaction below illustrating a heterolytic or a homolytic bond cleavage? Explain. 2. Which radical will be more stable? به ره وه 3. Draw the mechanism (electron pushing) for the reaction shown below: 4. Show the mechanism for the reaction below: .
Draw a potential intermolecular bond for the compounds below. Draw your structure exactly as shown in this question and use a dashed bond to represent the hydrogen bond. H3C-CH2-O-CH2-CH3 to NH3
For each of the velocity-time graphs shown below, draw the corresponding acceleration- time graph. 2-0 0 2 46 8 I time (s) i time (s) I i time (s) 0 0 0 2 4 6 8 0 2 468 time (s) time (s) time (s) A car moves along a line (the positive x-axis). Fill in the table below with the sign (t or-) of the velocity and acceleration of the car for each of the motions described. 2 Acceleration...
please read thoroughly .
please draw graphs for both 1&2.
please explain each graph
A. Draw yorphs showing the effect on action potentials in a cell following effective doses of each of the listed neurotoxins. Assume that the cell is normally brought to threshold by an electrical stimulus applied to it, so that any abnormality is due to the toxin. Precise values for voltage and duration are not important, just a general trend in how the action potential may be...
Complete the following. (a) The graph of y=g() is shown. Draw the graph of y= g(-x)+1. (b) The graph of y=16) is shown. Draw the graph of y=246)-4. X ? х 5 2
Convert the following electrical system to a bond graph. Derive
the state equations in terms of the energy variables.
V(t) R1 + w 2 +
V(t) R1 + w 2 +
17. For each of the dynamical systems shown below (1) find the poles and the zeros (2) write an expression for the general form of the step response without solving for the inverse Laplace transform 20 c) G(s) +6S +144 d) G(s)- s +-9 e +10) (s + 5) 2
Draw a complete bond graph of a train system below. Given that bı, b2 are damper constants, frictions at all wheels are negligible. mi m2 m3 OT friction at all wheels
The graph of y =() is given below. Answer each of the questions below the graph, using interval notation. Answer DNE if there is no interval il 10 9 8 7 5 3 3/1) 7101 1/1) Preview A) Where is r() increasing? Preview B) Where is a decreasing? Preview 1/1) C) Where is r(a) constant? Preview D) What is the domain of r(a)?