1. Determine the reactance of a 0.01 uF capacitance at the following frequencies: a)10 Hz b)...

Question

Question

Answer 1

Answer #1

given by Reactance of a capacitor is Xc= &w=2 O C=.0147 Foxtor f=10H2 = 106x10c2 108x10x2xT (approximation) 6 f = 1kedz=10²42

Answer 2

Similar Homework Help Questions

Calculate the reactance (in 1) of a 5.2 uF capacitor at the following frequencies. (a) 95...

Calculate the reactance (in 1) of a 5.2 uF capacitor at the following frequencies. (a) 95 Hz (b) 950 Hz (c) 9,500 Hz
Which of the following frequencies could you measure accurately using a Multimeter and why? 0 Hz...

Which of the following frequencies could you measure accurately using a Multimeter and why? 0 Hz (DC), 60 Hz, 1 kHz, 10 kHz, 1 MHz
Question 10 2 pts Choose the best answer for the capacitance value that has a capacitive...

Question 10 2 pts Choose the best answer for the capacitance value that has a capacitive reactance of 1k at 1.59 kHz. 63 nF. O 630 nF. 1 uF. 100 nF.

Question 11 (1 point) If the applied frequency is 1 kHz and the capacitance is 10...

Question 11 (1 point) If the applied frequency is 1 kHz and the capacitance is 10 uF, calculate the capacitive reactance X 15.9 ko 15.9 MO 15.90 0.0630 Question 12 (1 point) If a 4.7 uF capacitor and a 10 kO resistor are connected in series across 25 VDC approximately how much voltage will the resistor drop after charging for just one time constant? 23.8V 15.8V 21.6 V 9.20 v Question 13 (1 point) 0.1 F 0.47 F 10 kHz...
i need a help is the relationship between capacitive r and capacitance? ea Part C: Dependence of Capacitive Reactance on the Frequemcy 1. Set up the experiment with the capacitance C-1 2. Adjust...

i need a help is the relationship between capacitive r and capacitance? ea Part C: Dependence of Capacitive Reactance on the Frequemcy 1. Set up the experiment with the capacitance C-1 2. Adjust various frequencies f at the function generator 3. In each case determine the voltage drops 'at the capacitor Vc (peak to peak) using procisely by reading the period on the oscilloscope. 3Table 2: R-2.2 k-Q C-1-laF 2.5 62Gs 1-25 100 100 57.1s :1 a sheet of graph...
Calculate the reactance (in Ω) of a 6.4 μF capacitor at the following frequencies. (a) 82...

Calculate the reactance (in Ω) of a 6.4 μF capacitor at the following frequencies. (a) 82 Hz (b) 820 Hz (c) 8,200 Hz Additional Materials 0 eBook

14. Given a sinusoidal modulating signal with frequencies f," 10 kHz and a carrier signal of...

14. Given a sinusoidal modulating signal with frequencies f," 10 kHz and a carrier signal of 100 MHz, determine the bandwidth of FM for the three cases (amplitudes: 1. 10, 100, 1000) when the maximum frequency deviation is 50 kHz and k,-2? × 100 rad/sec/volt.
12. A variable capacitive resistance humidity sensor has a capacitance of 10 uF at 10% relative...

12. A variable capacitive resistance humidity sensor has a capacitance of 10 uF at 10% relative humidity (Rh) and 35 uF at 50% Rh A) determine its capacitance at 78% RH B) it’s capacitance at 0% Rh C)it’s sensitivity
50 /15) (Problem 21.27) For the filter in Fig. 21.104: a. Create a table of the frequency response of Av -Vo/Vi, log scales, from 10 k2 2 pF 100 Hz to 10 kHz. b. What are Cutoff frequencies: fl- band...

50 /15) (Problem 21.27) For the filter in Fig. 21.104: a. Create a table of the frequency response of Av -Vo/Vi, log scales, from 10 k2 2 pF 100 Hz to 10 kHz. b. What are Cutoff frequencies: fl- bandwidth and the center frequency- FIG. 21.104 c. Classify the type of filter (lowpass, highpass, etc...): 50 /15) (Problem 21.27) For the filter in Fig. 21.104: a. Create a table of the frequency response of Av -Vo/Vi, log scales, from 10...

What is the inductive reactance of a 0.5 H inductor connected with a 1000 Ω resistor...

What is the inductive reactance of a 0.5 H inductor connected with a 1000 Ω resistor in an AC circuit supplied with 48 VAC at 100 Hz? A. 150.72 Ω B. 500 Ω C. 314 Ω D. 0.31 Ω Which of the following denotes inductive reactance? A. R B. H C. X L D. Z A 10 mH inductor and a 100 Ω resistor are connected in parallel. The circuit is supplied with 24 VAC at 2000 Hz. What is...