If the silicone polymer in was loaded with nanoparticles that
strongly interact with the polymer backbone.
Plot the G’ and G” vs. temperature response below
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If the silicone polymer in was loaded with nanoparticles that
strongly interact with the polymer backbone....
A. (4 pts) Draw the Free-Body Diagram and derive the full non-linear Equation of b. (4 pts) Deter...
We were unable to transcribe this imagea. (4 pts) Draw the Free-Body Diagram and derive the full non-linear Equation of b. (4 pts) Determine the equilibrium position (s) c. (4 pts)Determine if the equilibrium position(s) are stable or unstable (show your Motion mathematical calculations). d. (4 pts)Write an algorithm (a function) in MATLAB called x_dot that returns the time derivative of the states given the current state (the response to this question is the code that you wrote) Simulate the...
1) (25 points) The molecular weight of a polymer can be determined from its viscosity by the following relationship where [n] is the intrinsic viscosity of the polymer M, is the viscosity averaged mo...
1) (25 points) The molecular weight of a polymer can be determined from its viscosity by the following relationship where [n] is the intrinsic viscosity of the polymer M, is the viscosity averaged molecular weight, and K and a are constants specific for the polymer. The intrinsic viscosity is determined experimentally be determining the efflux time, or the time it takes for the polymer solution to flow between two etched lines in a capillary viscometer, at several different concentrations of...
Problems 1 through 5 below refer to the following graph. A 200 gram ice sample is...
Problems 1 through 5 below refer to the following graph. A 200 gram ice sample is placed in a closed (and otherwise evacuated) beaker on top of a bunsen burner. The initial temperature of the ice is -20 degrees Celcius. It is heated until all of the ice melts and turns into water, the water is heated until it boils, and it continues to be heated until all of the water turns into steam. The temperature of the water (in...
A cockroach named Cicero and a spider named Susan are playing tag with each other. The...
A cockroach named Cicero and a spider named Susan are playing
tag with each other. The “rightward" direction is taken as the
positive x-direction along the pipe. The following plot gives the
velocity versus time for bothCicero (solid line) and Susan (dotted
line).
We also happen to know that Cicero starts at the origin at time
t = 0, and Susan starts 9 cm to the left of Cicero. The period of
time depicted on the plot is divided into...
c. ENTHALPY OF SOLUTION Salt Sample: I Initial water temperature T:_21.3 Time Temp 10.30193 Calorimeter mass:...
c. ENTHALPY OF SOLUTION Salt Sample: I Initial water temperature T:_21.3 Time Temp 10.30193 Calorimeter mass: 3.816 193 Calorimeter + water mass: 102.483 11:30 193 Calorimeter + water + salt mass: 10.903 2.00 194 2.30 19.5 301%5 12.3 230 126 400 112.6 9.30 1127 Si og 198 119.8 (19.7 196 19.5 19.4 19.3 10:30 8 -2:00 2:30 13:00 -3:30 .4:00 4:30 5.00 Calculations: Calculated enthalpy of solution: Jig Salt is: Moles of salt: Calculated molar enthalpy of solution: J/mol ....
VW 400 50 10 R2 VO CS 20pF vin The circuit above shows an opamp used...
VW 400 50 10 R2 VO CS 20pF vin The circuit above shows an opamp used in a non-inverting configuration. The plot above it shows the open-loop gain magnitude (solid line) and phase (dotted line) of the opamp. The opamp has 20pF of parasitic capacitance at its negative input due to cabling and bad PCB layout. a) Derive an expression for the frequency-dependent feedback parameter B(w) for this amplifier. b) What is the closed-loop gain of this amplifier at frequencies...
solubility curve of salts Solubility Curve of Salts ( Extra Credit: Maximum of 5 pts.) The...
solubility curve of salts
Solubility Curve of Salts ( Extra Credit: Maximum of 5 pts.) The solubility curve for solutes describes at what the temperature its solution will be saturated (maximum solubility). Beyond that amount, the salt will start to crystallize. The solubility of sodium chloride and potassium chloride in water at different temperatures is given in the table below: Naci КСІ Temp (C) Solubility (g/100g H2O) Temp (C) Solubility (g/100g H,O) 0 35.65 28 10 35.72 35.89 20 30...
B. ENTHALPY OF NEUTRALIZATION NaOH temp. 29 HCl temp.: 22.0 Average temp. T: 22.06 Time Temp...
B. ENTHALPY OF NEUTRALIZATION NaOH temp. 29 HCl temp.: 22.0 Average temp. T: 22.06 Time Temp 0:30 29.7 Calorimeter mass: 3.872 200 29.7 Calorimeter + HCl mass: 54.5292 130 129.7 2:00 226 Calorimeter + HCI + NaOH mass: 105.174 2.30 22.629.7 3:00 295 3:30 225 4:00224 4:30 29.4 295. 5:00 29.3 29.4 ]296 129.3 22.0 Final pH: 2 0:30 -1:00 1:30 14:00 15:00 4:30 8 8 Calculations: Moles NaOH: Moles HCI: Limiting Reagent: Calculated molar enthalpy of neutralization: kJ/mol Literature...
Need help!! 1. (25 Points) In the figure below, figure (a) shows a uniform beam subject...
Need help!!
1. (25 Points) In the figure below, figure (a) shows a uniform beam subject to a linearly increasing distributed load which starts a 0 at the left end and increases to Wo on the right end. As depicted in (b), the beam deflection can be computed with 4 120EIL where E is the modulus of elasticity [kN/cm2] and I is the moment of inertia [cm]. Calculate each of thee following quantities (take the derivatives by hand) and plot...
'Only need to answer question (f), (g)' Answers are shown. Just need to know the steps and how yo...
'Only need to answer question (f), (g)'
Answers are shown. Just need to know the steps and how
you got there.
Answer:
1. You are trying to control a process temperature in a nanofabrication lab. The current open-loop response to a temperature adjustment is shown below. Use the Ziegler-Nichols tuning method to answer the questions below. 100- Temp Time (sec) 90 8 910 12 13 5 16 a) Find L and R from the plot above, show your work above...
We were unable to transcribe this imagea. (4 pts) Draw the Free-Body Diagram and derive the full non-linear Equation of b. (4 pts) Determine the equilibrium position (s) c. (4 pts)Determine if the equilibrium position(s) are stable or unstable (show your Motion mathematical calculations). d. (4 pts)Write an algorithm (a function) in MATLAB called x_dot that returns the time derivative of the states given the current state (the response to this question is the code that you wrote) Simulate the...
1) (25 points) The molecular weight of a polymer can be determined from its viscosity by the following relationship where [n] is the intrinsic viscosity of the polymer M, is the viscosity averaged molecular weight, and K and a are constants specific for the polymer. The intrinsic viscosity is determined experimentally be determining the efflux time, or the time it takes for the polymer solution to flow between two etched lines in a capillary viscometer, at several different concentrations of...
Problems 1 through 5 below refer to the following graph. A 200 gram ice sample is placed in a closed (and otherwise evacuated) beaker on top of a bunsen burner. The initial temperature of the ice is -20 degrees Celcius. It is heated until all of the ice melts and turns into water, the water is heated until it boils, and it continues to be heated until all of the water turns into steam. The temperature of the water (in...
A cockroach named Cicero and a spider named Susan are playing
tag with each other. The “rightward" direction is taken as the
positive x-direction along the pipe. The following plot gives the
velocity versus time for bothCicero (solid line) and Susan (dotted
line).
We also happen to know that Cicero starts at the origin at time
t = 0, and Susan starts 9 cm to the left of Cicero. The period of
time depicted on the plot is divided into...
c. ENTHALPY OF SOLUTION Salt Sample: I Initial water temperature T:_21.3 Time Temp 10.30193 Calorimeter mass: 3.816 193 Calorimeter + water mass: 102.483 11:30 193 Calorimeter + water + salt mass: 10.903 2.00 194 2.30 19.5 301%5 12.3 230 126 400 112.6 9.30 1127 Si og 198 119.8 (19.7 196 19.5 19.4 19.3 10:30 8 -2:00 2:30 13:00 -3:30 .4:00 4:30 5.00 Calculations: Calculated enthalpy of solution: Jig Salt is: Moles of salt: Calculated molar enthalpy of solution: J/mol ....
VW 400 50 10 R2 VO CS 20pF vin The circuit above shows an opamp used in a non-inverting configuration. The plot above it shows the open-loop gain magnitude (solid line) and phase (dotted line) of the opamp. The opamp has 20pF of parasitic capacitance at its negative input due to cabling and bad PCB layout. a) Derive an expression for the frequency-dependent feedback parameter B(w) for this amplifier. b) What is the closed-loop gain of this amplifier at frequencies...
solubility curve of salts
Solubility Curve of Salts ( Extra Credit: Maximum of 5 pts.) The solubility curve for solutes describes at what the temperature its solution will be saturated (maximum solubility). Beyond that amount, the salt will start to crystallize. The solubility of sodium chloride and potassium chloride in water at different temperatures is given in the table below: Naci КСІ Temp (C) Solubility (g/100g H2O) Temp (C) Solubility (g/100g H,O) 0 35.65 28 10 35.72 35.89 20 30...
B. ENTHALPY OF NEUTRALIZATION NaOH temp. 29 HCl temp.: 22.0 Average temp. T: 22.06 Time Temp 0:30 29.7 Calorimeter mass: 3.872 200 29.7 Calorimeter + HCl mass: 54.5292 130 129.7 2:00 226 Calorimeter + HCI + NaOH mass: 105.174 2.30 22.629.7 3:00 295 3:30 225 4:00224 4:30 29.4 295. 5:00 29.3 29.4 ]296 129.3 22.0 Final pH: 2 0:30 -1:00 1:30 14:00 15:00 4:30 8 8 Calculations: Moles NaOH: Moles HCI: Limiting Reagent: Calculated molar enthalpy of neutralization: kJ/mol Literature...
Need help!!
1. (25 Points) In the figure below, figure (a) shows a uniform beam subject to a linearly increasing distributed load which starts a 0 at the left end and increases to Wo on the right end. As depicted in (b), the beam deflection can be computed with 4 120EIL where E is the modulus of elasticity [kN/cm2] and I is the moment of inertia [cm]. Calculate each of thee following quantities (take the derivatives by hand) and plot...
'Only need to answer question (f), (g)'
Answers are shown. Just need to know the steps and how
you got there.
Answer:
1. You are trying to control a process temperature in a nanofabrication lab. The current open-loop response to a temperature adjustment is shown below. Use the Ziegler-Nichols tuning method to answer the questions below. 100- Temp Time (sec) 90 8 910 12 13 5 16 a) Find L and R from the plot above, show your work above...
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