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- is an example of Active Transducer.The voltage drops across a 28 ohm resistor is 52 v. What is the voltage drop across a 63 ohm resistor that is in series with the first one? (Resistors in series have voltage drops proportional to their resistance) Need to show workQUESTION 2 ' а) Besides temperature measurement that is based on thermal expansion, there are also thermal sensors that are based on other factors. i. Describe on how the RTD and thermistor measure the temperature and difference between them. ii. Given the temperature for RTD in Figure 1 is 155°C, coefficient of resistance for RTD, a is 0.0035°C'' and resistance for the RTD is 352 at 0°C. The bridge is operated in a balanced condition. Find the value of R1, if R2= R3. R3 R2 G RTD RRTD Ri E, Figure 1 Wheatstone Bridge
- What is a Thermocouple: Select one: a. A Thermocouple is a temperature sensor that uses a small length of platinum wire that is trimmed to have particular resistance at specific temperature. b. A Thermocouple is a temperature sensor that consists of two wires of similar metals joined at one end. C. A Thermocouple is a type of resistor whose resistance varies with temperature. d. A Thermocouple is a temperature sensor that consists of two conducting wires of dissimilar metals joined at one end.Im mechanical resistance1. Is there a difference between the values of Qideal calculated by equation (7) and Qact by using equation (Qaet=Vol/time)? Why? 2. Is there a difference between the values of Qact calculated by equation (8) and Qact by using equation (Qact=Vol/time)? Why? 3. Is there a difference between the values of the ideal diameter and the actual diameter? Why? 4. Is there a difference between the values of Ca calculated by equation (10) and Ca by using equation (11)? Why? 5. What is the relationship type in the plot between the water height in piezometer tube (Ho) and the actual discharge Qact? Why?
- I’m a doing a stiffness compliance matrix. E_1 is 150 GPA; what are the units of E_1 when I do 1/150e9Time constant of thermocouple is 3 milliseconds. An engineer measures the temperature of water and sees that the temperature is less than the real temperature of the boiling water (100 C). How long does the engineer need to wait at least to see the 95 C? 8 milliseconds 5 milliseconds 3 milliseconds none of the given 9 milliseconds not sufficient informationWhat is the solution of this prpblem?