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Q1:Need to make a Report Topic is Thermogravimetric analysis (TGA) Write a report on the TGA device, its features, how it works, applications, and its uses Page limit; - 3 Have to include the references Format: 12Pt, times roman, APA formatSee Answer
Q2:INSTRUCTIONS Scanning Electron Microscope (SEM) This is the topic, need 3 slides,some pictures must be placed with an explanation under the picture scanning Electron Mircoscop (SEM) 1-Device identification 2-Pictures must be included with an explanation for each pictureSee Answer
Q3:Need to make a Report Write a report on the XRD device Write an introduction, features and idea of the device and the applications and components of the device Have to include the referencesSee Answer
Q4:5. Vapor flows through a chamber containing a liquid at 100°C. A control system will regulate the vapor temperature, so a measurement must be provided to convert 40°C to 90°C into 0 to 4 V. Use an RTD sensor. The RTD will output over the 50°C range will be substantially linear. The RTD specifications are: Rat 60°℃ = 1500, a at 60°C = 0.004/°C, PD = 30mW/°C. The error should not exceed ±1°C. Design the system with op amps and a bridge circuit similar to the class lecture and notes. Assume the power supply is 5 V.See Answer
Q5:Which types of temperature sensors are most commonly used (name types of temperature sensors)? Select one or more alternatives: RTD Thermistor Thermocouple Kryptonite PalantirSee Answer
Q6:Which types of temperature sensors are most commonly used (name types of temperature sensors)? Select one or more alternatives: RTD Thermistor Thermocouple Kryptonite PalantirSee Answer
Q7:Which formulation most accurately defines a working principle of capacitive displacement sensors? Select one alternative: capacitive displacement sensors measure a distance based on deformation of the capacitor plates capacitive displacement sensors measure a distance based on change of surface area of capacitor plates capacitive displacement sensors measure a distance based on change of dielectric constant of the medium capacitive displacement sensors measure a distance based on change of capacitancesSee Answer
Q8:Which of the following statements best describe the definition of a sensor (what is a sensor)? Select one alternative: component/device that converts some physical phenomenon into mechanical energy (change of physical quantity to change of electrical quantity) component/device that converts any form of energy into any other form of energy (mechanical or electrical) component/device that converts some physical phenomenon into electrical signal (change of physical quantity to change of electrical quantity) component/device that converts electrical signal into mechanical energy.See Answer
Q9:Which definition most accurately describe when to use a pressure switch and when pressure transmitter? Select one alternative: a pressure switch is used when we don't need to measure exact value of a pressure but rather activate (open or close) the valve when a set pressure threshold (value) is reached, while pressure transmitter is used to continuously measure the values of pressure in the system a pressure switch is used when we need to continuously measure a value of a pressure in the system, while pressure transmitter is used as a switch that activates (e.g. open or close the valve) when a set pressure threshold is reached pressure switch and pressure transmitter represent the same device (sometimes one term is used over the other depending on industry), thus it is not important when to use pressure switch or pressure transmitter, both are equally fine none of the above definitions are correctSee Answer
Q10:Which definition most accurately describe what is a proximity detection ultrasonic sensor? Select one alternative: proximity ultrasonic sensor is a device that uses high-frequency sound waves to detect absence or presence of objects proximity ultrasonic sensor is a device that uses high-frequency sound waves to measure distance between objects proximity ultrasonic sensor is a device that uses high-frequency sound waves to measure weight of objects none of the above is accurateSee Answer
Q11:What is a LVDT sensor? Select one alternative: LVDT represents a Linear Variable Differential Transducer that measures a linear displacement via change of inductance of coil elements LVDT represents a Large Variation Differential Transducer that measures a linear displacement via change of inductance of coil elements LVDT represents a Linear Variable Differential Transducer that measures a linear displacement based on deformation of piezoelectric crystal material LVDT represents a Large Variation Differential Transducer that measures a linear displacement via change of electrical resistance of coil elementsSee Answer
Q12:Which formulation most accurately defines a linear potentiometer? Select one alternative: linear potentiometer measures a linear displacement via change of inductance of coil elements linear potentiometer measures a linear displacement by emitting beam of light linear potentiometer measures a linear displacement via change of resistance of the resistive element none of the above is accurateSee Answer
Q13:Name different types of sensors (according to type/way of measurements)? Select one or more alternatives: temperature analogue sensors (measurements) flow discrete sensors (detection) accelerationSee Answer
Q14:Which of the following types of accelerometers are most common to encounter? Select one or more alternatives: MEMS (capacitor) piezoresistive inductive piezoelectric resistiveSee Answer
Q15:Which formulation most accurately describes what is a softpot-sensor? Select one alternative: softpot-sensor measures exact value of applied force or pressure softpot-sensor converts temperture into change of voltage softpot-sensor converts acceleration into change of voltage softpot-sensor converts force/pressure/touch into change of voltageSee Answer
Q16:What are some of the advantages of thermocouple? Select one or more alternatives: have a fast response time good isolation extreme durability can be used at very high temperatures have perfect linear characteristicsSee Answer
Q17:Which formulation most accurately describes a working principle of pneumatic linear actuators? Select one alternative: pneumatic linear actuator uses electrical power/energy to realize linear motion of the actuator piston rod pneumatic linear actuator uses compressed air as source of driving power/energy to realize linear motion of the actuator piston rod pneumatic linear actuator uses piezoelectric effect to realize linear motion of the actuator piston rod pneumatic linear actuator uses hydraulic power/energy to realize linear motion of the actuator piston rodSee Answer
Q18:Name some applications of linear electric actuators Select one or more alternatives: highly precise positioning of elements (micrometre level of precision) for applications that require very fast motion of a system automation of door opening/closing robotics stewart platformSee Answer
Q19:You need at least 25 questions in 9 different categories (legal, regulatory, quality, social impact, economic, environmental, safety. health, and technical engineering). Put the questions into categories. Boldface the issues you deem most important. Create a Project relating The Basic of Making CHE4568 The list below is what is covered in this class the hole semester. Topics Covered and Associated Time: 1. National Instruments LabView Programming Basics: Common variable types, If Then/Else, Do and While Loops, Data Acquisition and Control (DAQ) hardware (1 week) 2. Same programming concepts in C++ for Arduino and G Code for 3D printing (1 week) 3. Wiring a light bulb circuit and soldering (1 lab hour) 4. Intro to breadboard circuit concepts in TinkerCAD Circuits (1 lab hour) – Just got till here 5. Wiring breadboard circuits using Arduinos: Blinking LED, resistor circuit, resistor/capacitor & introduction to Arduino programming (2 lab hours) 6. Arduino LabView DAQ for temperature, liquid level, pH, electrical conductivity (EC), dissolved 02 (DO), oxidation reduction potential (ORP), mass, and flow rate (1 week) 7. Arduino/LabView servo and stepper motor control (1 week) 8. Concentration monitoring using a CheapS tat potentiostat (1 week) 9. LabSmith microfluidic flow kit - assemble & test (1 week) 10. CAD drawing (2 weeks incl. fall break) 11. CAD to .stl and 3D printing, including G code modification (2 weeks) 12. Assembly of a fully instrumented bioreactor with automated feeds, aforementioned sensors & controls, stepper-based syringe pumps, etc., with instruction in and integration of prewritten computer code for mass and energy balance closure, process control, and hazardous operability (HAZOP) analysis (2 weeks of lab + 3 lectures) 13. Student design, parts fabrication, and assembly of wearable sensors (remainder of labs in course) 14. Final wearable sensors project explanation, with emphasis on Kern Entrepreneurial Education Network (KEEN) goals of curiosity, connections, and creating value (2 lectures), as well as multidisciplinary teamwork survey and expectations 15. Poster/demo contest for function & creativity to engender entrepreneurial mindset (in lieu of final examSee Answer
Q20:Question: We have a thermocouple which has an analogue output voltage range from 0 to 10 mV and we want to connect it to a PC. In order to achieve this we have an ADC with a maximum range from 0 to 5 V. a. Based upon a non-inverting amplifier design an amplifier circuit that can match the thermocouple to the ADC. b. The amplifier available has a non-infinite open loop gain of 107, determine how many bits can have so that this error will not affect the output.See Answer

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