L and C

The fq is 5khz, the BW is 600Hz and the RW is 20 Ohms. How do I find the inductor and capacitor value. Thanks for the help.
Oh sorry. Its a parrallel resonant filter circuit
Oh sorry. Its a parrallel resonant filter circuit

The design of an electronic circuit calls for a 100-ohm resistor and a 250-ohm resistor connected in series so that their resistances add. The components used aren't perfectly uniform so that the actual resistances vary independently according to Normal distributions. The resistance of 100-ohm resistors has mean 100 ohms and standard deviation 2.5 ohms, while that of 250-ohm resistors has mean 250 ohms and standard deviation 2.8 ohms.

What is the distribution of the total resistance of the two components in series?

What is the probability that the total resistance lies between 345 and 355 ohms? Show your work.

Any help appreciated. Thanks.

electronic circuit board with ICs

A.exploded
B.flowchart
C.assembly
D.pictorial

a resistor with a color brands brown, red, red and silver will have a resistance of?

A.120 ohms
B. 1,200 ohms
C. 2,100 ohms
D. 6,400 ohms

I am working on modifying an electronic circuit for the use of creating a flicker effect on a Model Amusement Ride. After blowing out one Capacitor, I upgraded it, and added a resistor to lower the voltage across the circuit. I have a 20 volt power source, and using a 100 Ohm resistor, the lights were a little dimmer than I would have liked. Any resistor above 180 Ohms will not allow the lights to light at all. Also, I noticed the 100 Ohm resistor was heating up on the front side of it. I am looking to cut my Voltage to 10 volts going into the circuit, and prevent circuit from Overheating. What steps might I take to solve this problem??

In a circuit there is a 100 volt DC source, a 2 ohm
resistor in parallel with a 4 ohm resistor, and then those
resistors are in series with a 3 ohm resistor in parallel
with a 6 ohm resistor. The circuit is terminated in a load
whose value varies randomly between 10 and 20 ohms.

If the power dissipated in the 2 ohm resistor goes above 35
watts, the resistor will burn and its resistance will jump
from 2 ohms to 1000000 ohms.

Solve the circuit 100,000 times (using random values for the
load). During the 100,000 simulations, count the number of times that
the 2 ohm resistor burns up. Also, calculate the average
voltage delivered to the load resistor when the 2 ohm
resistor has burned up.

Your program should output only two numbers on separate lines
as follows:

1-Number of times that the 2 ohm resistor burns

2-Average voltage delivered to the load resistor calculated
over the cases where the 2 ohm resistor has burned up

The seed to use for the random number generator is 100000

I have no problem with the programming stuff, just the actual calculations.

1. If the current through a heater coil is 5 amp and the supply voltage is 120 volts, the coil resistance is
A. 0.04 ohm.
B. 24 ohms.
C. 110 ohms.
D. 575 ohms.

2. The amount of current flowing in a circuit can be measured by
A. an ammeter.
B. a voltmeter.
C. a neon test lamp.
D. an ohmmeter.

3. Which one of the following letters is used in formulas as the symbol for voltage?
A. P
B. W
C. I
D. E

4. The conductors in electrical devices are commonly made of
A. iron.
B. nickel.
C. copper.
D. lead.

5. The energy used by an appliance which operates at 240 volts at 15 amp for 4 hr. is
A. 0.92 kwhr.
B. 3.45 kwhr.
C. 14.4 kwhr.
D. 60.0 kwhr.

6. What is the voltage in a circuit with a resistance of 12 ohms and a current of 20 amp?
A. 0.58 volt
B. 1.74 volts
C. 120 volts
D. 240 volts

7. If an appliance does NOT work at all when you plug it in and turn the switch on, the appliance circuit is
A. shorted.
B. overloaded.
C. leaking.
D. open.

8. To read the line voltage supplied to an appliance, you should connect the voltmeter
A. in series with the power supply.
B. between the grounded wire and the water pipe.
C. across the power supply.
D. between terminals of two adjacent circuit parts.

9. The best method for testing the continuity of each part of an appliance uses
A. a voltmeter.
B. an ammeter.
C. an ohmmeter.
D. a wattmeter.

10. A 2000-watt heater connected to a 120-volt circuit will draw a current of
A. 5.75 amp.
B. 15 amp.
C. 16.67 amp.
D. 23 amp.

11. What type of fault causes an appliance to blow a fuse when the appliance is turned on?
A. An open circuit
B. Too much resistance
C. A short circuit
D. Too high a voltage

12. Which one of the following conditions is unfavorable for the use of an ohmmeter?
A. Voltage is supplied to the appliance
B. The appliance is grounded
C. Moisture is in the insulation
D. The appliance circuit is shorted

13. A series circuit in an appliance consists of
A. several branches carrying independent currents.
B. more than one part connected across the same terminals.
C. several parts connected end to end.
D. more than one path carrying the current.

14. Which one of the following components is used to change an AC voltage to a lower or higher value?
A. Transistor
B. Transformer
C. Capacitor
D. Resistor

15. A full-wave bridge rectifier uses how many diodes?
A. One
B. Two
C. Three
D. Four

16. An NPN transistor is correctly biased and turned on if the
A. base is negative.
B. collector is negative.
C. collector is positive with respect to the emitter and negative with respect to the base.
D. collector is the most positive lead followed by the base.

17. When an SCR turns ON, it acts like a(n)
A. transistor.
B. resistor and capacitor in series.
C. electronic switch and rectifier.
D. bridge rectifier.

18. Which one of the following IC digital gates requires a high on both inputs to output a high?
A. AND
B. OR
C. NAND
D. NOR

19. Which one of the following IC gates will have a low output if either of the inputs are high?
A. Buffer
B. NAND
C. NOR
D. OR

20. A microprocessor runs an internal program called a(n)
A. operating system.
B. scratchpad memory.
C. instruction chain.
D. PAL.

21. A resistor with the color bands brown, red, red and silver will have a resistance of
A. 120 ohms.
B. 1,200 ohms.
C. 2,100 ohms.
D. 6,400 ohms.

22. What type of diagram chart in a service manual can be used to easily service an electronic circuit board with ICs?
A. Exploded
B. Flowchart
C. Assembly
D. Pictorial

23. An LED display device uses how many segments to create the number 8?
A. Three
B. Four
C. Seven
D. Eight

24. When testing transistors, how much minimum voltage difference should be seen across the base-emitter junction?
A. 0.1 VDC
B. 0.4 VDC
C. 0.6 VDC
D. 0.9 VDC

25. When you are forward-bias testing a diode with a digital VOM, the red test lead should be placed on which lead of the diode?
A. Anode
B. Cathode
C. Emitter
D. Drain

R3 and R4 are in series with one another and are both in parallel with R5. This parallel combination is in seires with two series-connected resistors, R1 and R2. R1= 2.5 kilo ohms R2=10 kilo ohms R3= 7.5 kilo ohms R4= 2.5 kilo ohms R5= 2.5 mega ohms and VS= 100V
sorry.. total resistance
total currecnt
voltage across serious resistors and parallel combinations
current through each resistor

thank you..
okay i got the total resisitance of 9.99 by doing 1/.1000005 and now im working on current.. V = I x R
I= R/V
I=22.5/100
i=.22 ?