Solve the following problem. 1. Determine the time constant and the static sensitivity for this system if its dynamic performance is given by the following equation: do. + 30. = 1.5 x 10-3@, 2. A thermometer with a measurement range of OC - 50"C has a quoted inaccuracy of 0.25% of the full-scale reading. What is the maximum measurement error expected for this instrument? 3. The width of a room is measured 10 times by an ultrasonic rule and the following measurements are obtained (units of meters): 5.381 5.379 5.378 5.382 5.380 5.383 5.379 5.377 5.380 5.381 The width of the same room is then measured by a calibrated steel tape that gives a reading of 5.374 m, which can be taken as the correct value for the width of the room. What is the measurement precision of the ultrasonic rule? What is the maximum measurement inaccuracy of the ultrasonic rule? 4. A packet of resistors bought in an electronics component shop gives the nominal resistance value as 1000 0 and the manufacturing tolerance as 5%. If one resistor is chosen at random from the packet, what is the minimum and maximum resistance value that this particular resistor is likely to have? 5. A pressure of 2 bar produces a deflection of 10 degrees in a pressure transducer. Therefore, the sensitivity of the instrument is: 6. The input and output units of pressure sensor are shown in the following graph. The value of maximum nonlinearity is identified. What is the maximum nonlinearity expressed as a percentage of the full scale deflection? What is the resolution of the sensor as determined by the instrument characteristic given