120 V 60 Hz C₁ 4.7 μF L 650 mH R €470 2 C₂ =1.5 μF
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- 2. Convert the following values from microfarads to picofarads: a. 0.1 μF b. 0.0025 μF1) Solve the following values in figure 1.0. a) Total capacitance, Ct b) Total charge, Qt c) Individual charge of (a) C1 (b) C2 (c) C3 FIGURE 1.0 C3 100 uF V1 1V C1 20 uF C2 15 uF (+1Natural gas is a mixture of 95% of methane and 5% of a. Ethane and Propane O b. CO2 O c. Ethane and Pentane O d. Methane and Butane
- Aluminum has a resistivity of 10.6×108 Nm at 20°C. What will the resistivity of Aluminum when then temperature is increased to 1000°C. (Take a as 2.65×10-³)2.3 A thermocouple element when taken from a liquid at 50°C and plunged into a liquid at 100°C at time t-0 gave the following e.m.f. values. Determine the 95% response time. Time (s) e.m.f. (mV) 2.5 20 40 60 80 100 120 3.8 4.5 4.8 4.9 5.0 5.0What's 21 22 23
- Please answer in typing formatQ1 Explain the following terms: (a) Sensor (1.5 marks) (b) Transducer (1.5 marks) (c) Instrument Q2 Q3 (2 marks) Based on Figure Q2, if the RTD sensor measurement is 57°C answer the following. (a) Calculate the output current from RTD sensor if the output range is 4 20mA. (2 marks) (b) Calculate the output voltage from the temperature controller if the output range is 0-10VDC. (2 marks) (c) Propose a type of sensor if the process temperature is increased to 1000°C. (1 marks) A capacitive displacement transducer is designed to determine the rotary position. from 0° 180° as shown in Figure Q3. The moving plate whose radius is 40mm is sandwiched between two fixed plates, spacing at Imm. The dielectric constant of air is k 1.The capacitive transducer is formulated as: where; (a) kA€。 farads k = dielectric constant A the area of the plate, in square meters €₁ = 8.854 × 10-12 in farads per meter d = the plate spacing in meters Construct an equation of the change of the capacitance (F) when…D3 D1 V1 sine R1 1 kHz D2 D4 Given: • V1 = 5.9 Vrms • R1 = 7 kOhm • Diode voltage = 0.9 V What is the maximum voltage across resistor R1 (in V)?
