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(4) What type of Measurement System did you encounter in the Experiment Vibration Table and in the Experiment Cantilever Beam. What are the important parameters of this type of measurement system...
Find design parameters of this 4. An optical measurement table is modeled by two springs, K/2...
Find design parameters of this 4. An optical measurement table is modeled by two springs, K/2 100 N/m absorber, m, and k. F-F sin (et) and a mass, m- 20 Kg as single degree freedom system. External force actin,g on this system assumed to be a harmonic force of F = 10 sin(15t). To K/2 K/2 cancel vibration of the table a mass and a spring as a vibration absorber is connected to the system, as shown. E MME |-wwt...
Question 5 1 pts You have modellied a cantilever beam with 2 beam elements (2D) for free vibration e to obtain analysis. How many transverse vibration mode shapes would you be abl from such FE an...
Question 5 1 pts You have modellied a cantilever beam with 2 beam elements (2D) for free vibration e to obtain analysis. How many transverse vibration mode shapes would you be abl from such FE analysis? 2 Question 6 1 pts What is the condition imposed for a rigid link between two nodes? O The displacements are constrained but the rotations are not. O The rotations are constrained but the displacements are not. The distance between the two constrained nodes...
SHOW ALL STEPS AND EQUATIONS USED THIS IS VERY IMPORTANT reanalyze the measurement system experiment assuming the operator are a fixed factor. STEP TWO REWORK THE PROBLEM USING THE REML METHOD 13. An...
SHOW ALL STEPS AND EQUATIONS USED THIS IS VERY
IMPORTANT
reanalyze the measurement system experiment assuming the
operator are a fixed factor.
STEP TWO
REWORK THE PROBLEM USING THE REML METHOD
13. An experiment was performed to investigate the capa- bility of a measurement system. Ten parts were randomly selected, and two randomly selected operators measured each part three times. The tests were made in random order, and the data are shown in Table P13.1 Operator 1 Measurements Operator2 Measurements...
could you do this problem by using R 13.1. An experiment was performed to investigate the capa- bility of a measurement...
could you do this problem by
using R
13.1. An experiment was performed to investigate the capa- bility of a measurement system. Ten parts were randomly selected, and two randomly selected operators measured each part three times. The tests were made in random order, and the data are shown in Table P13.1. TABLE P13.1 Measurement Systems Data for Problem 13.1 Operator 2 Measurements Operator 1 Measurements Part No 2 3 1 2 1 3 50 50 48 1 50 49...
A mass of 165 kg is supported by two cantilever beams, one on each side of the mass. The properties of one beam are: E = 210 x 109 N/m2, I=1.6 x 10-5 m4, A = 2.1 x 10-4 m2 and L = 0.65 m. The properties of the other beam are: E = 180 x 109 N/m2, I=2.0 x 1
A mass of 165 kg is supported by two cantilever beams, one on each side of the mass. Theproperties of one beam are: E = 210 x 109 N/m2, I=1.6 x 10-5 m4, A = 2.1 x 10-4 m2 and L = 0.65 m.The properties of the other beam are: E = 180 x 109 N/m2, I=2.0 x 10-4 m4, A = 2.1 x 10-4 m2 and L =0.35 m. What is the natural frequency of the system?
1. With reference to the Insulin pump system, what type of requirement the following statement is?...
1. With reference to the Insulin pump system, what type of requirement the following statement is? Explain why. Requirement#3.2 "The system shall measure the blood sugar and deliver insulin, if required, every 10 minutes. (Changes in blood sugar are relatively slow so more frequent measurement is unnecessary; less frequent measurement could lead to unnecessarily high sugar levels.)" 2. With reference to the Insulin pump system, what type of requirement the following statement is? Explain why. Requirement# 3.6 "The system shall...
Need Table F and how you do the calculations I. EXPERIMENT 1.10: STANDING WAVES ON STRINGS...
Need Table F and how you do the calculations
I. EXPERIMENT 1.10: STANDING WAVES ON STRINGS A. Abstract Waves on a string under tension and fixed at both ends result in well-defined modes of vibration with a spectrum of frequencies given by the formula below B. Formulas fn=n (*), n= 1, 2, 3,... v= T where fr is the frequency of the nth standing wave mode on the string of length L, linear mass density y, and under tension T,...
what does the IR reading of your experiment tell you about the product? Did the experiment...
what does the IR reading of your experiment tell you about the
product? Did the experiment go to completion? how can you
tell?
the
chemical used for IR was salycylic acid
this is the given scheme/reaction
Thu 094 31 10 10 30 40 2019 JUUUUU 161032 1660.51 - 1480.47 01 4000 2500 2000 Wavenumbers WinFIRST Report Name: Experiment: BB Chemical Salycylic Acid 10/24/19 We NaOH OH +CH3OH Saponification of Methyl Salicylate excess) A ochz blev cesta OH H₂O OH methyl...
Type or paste question here Questions: Sexual Health 1. (a) How did you first learn about...
Type or paste question here
Questions: Sexual Health 1. (a) How did you first learn about sex and sexuality? (b) Did your caregivers talk with you about it? (c) What messages (positive or negative) do you remember receiving about this? 2. (a) Did your middle or high school have classes that covered sexuality issues? (b) What topics do you remember them discussing? What messages (positive or negative) do you remember receiving about this? (c) In the US, there are two...
please type up the answers. Conclusions. Questions for further thought and comprehension: 1. What did you...
please type up the answers.
Conclusions. Questions for further thought and comprehension: 1. What did you determine to be the concentration of the original bacterial culture? Do you think your results are accurate? Explain why or why not. 2. Did you have a countable number of colonies on more than one of your plates? Assume you had two plates that had countable numbers of colonies, one with 124 colonies (and a dilution factor of 1/1.000) and one with 11 colonies...
Find design parameters of this 4. An optical measurement table is modeled by two springs, K/2 100 N/m absorber, m, and k. F-F sin (et) and a mass, m- 20 Kg as single degree freedom system. External force actin,g on this system assumed to be a harmonic force of F = 10 sin(15t). To K/2 K/2 cancel vibration of the table a mass and a spring as a vibration absorber is connected to the system, as shown. E MME |-wwt...
Question 5 1 pts You have modellied a cantilever beam with 2 beam elements (2D) for free vibration e to obtain analysis. How many transverse vibration mode shapes would you be abl from such FE analysis? 2 Question 6 1 pts What is the condition imposed for a rigid link between two nodes? O The displacements are constrained but the rotations are not. O The rotations are constrained but the displacements are not. The distance between the two constrained nodes...
SHOW ALL STEPS AND EQUATIONS USED THIS IS VERY
IMPORTANT
reanalyze the measurement system experiment assuming the
operator are a fixed factor.
STEP TWO
REWORK THE PROBLEM USING THE REML METHOD
13. An experiment was performed to investigate the capa- bility of a measurement system. Ten parts were randomly selected, and two randomly selected operators measured each part three times. The tests were made in random order, and the data are shown in Table P13.1 Operator 1 Measurements Operator2 Measurements...
could you do this problem by
using R
13.1. An experiment was performed to investigate the capa- bility of a measurement system. Ten parts were randomly selected, and two randomly selected operators measured each part three times. The tests were made in random order, and the data are shown in Table P13.1. TABLE P13.1 Measurement Systems Data for Problem 13.1 Operator 2 Measurements Operator 1 Measurements Part No 2 3 1 2 1 3 50 50 48 1 50 49...
Need Table F and how you do the calculations
I. EXPERIMENT 1.10: STANDING WAVES ON STRINGS A. Abstract Waves on a string under tension and fixed at both ends result in well-defined modes of vibration with a spectrum of frequencies given by the formula below B. Formulas fn=n (*), n= 1, 2, 3,... v= T where fr is the frequency of the nth standing wave mode on the string of length L, linear mass density y, and under tension T,...
what does the IR reading of your experiment tell you about the
product? Did the experiment go to completion? how can you
tell?
the
chemical used for IR was salycylic acid
this is the given scheme/reaction
Thu 094 31 10 10 30 40 2019 JUUUUU 161032 1660.51 - 1480.47 01 4000 2500 2000 Wavenumbers WinFIRST Report Name: Experiment: BB Chemical Salycylic Acid 10/24/19 We NaOH OH +CH3OH Saponification of Methyl Salicylate excess) A ochz blev cesta OH H₂O OH methyl...
Type or paste question here
Questions: Sexual Health 1. (a) How did you first learn about sex and sexuality? (b) Did your caregivers talk with you about it? (c) What messages (positive or negative) do you remember receiving about this? 2. (a) Did your middle or high school have classes that covered sexuality issues? (b) What topics do you remember them discussing? What messages (positive or negative) do you remember receiving about this? (c) In the US, there are two...
please type up the answers.
Conclusions. Questions for further thought and comprehension: 1. What did you determine to be the concentration of the original bacterial culture? Do you think your results are accurate? Explain why or why not. 2. Did you have a countable number of colonies on more than one of your plates? Assume you had two plates that had countable numbers of colonies, one with 124 colonies (and a dilution factor of 1/1.000) and one with 11 colonies...
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