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Acid Mods Community Area => Discussion Boards => Spam & Chat => Topic started by: frenulem - No.5417 on August 31, 2011, 03:19:28 PM

Title: hyper
Post by: frenulem - No.5417 on August 31, 2011, 03:19:28 PM
asdsad
Title: Re: hyper
Post by: FOOKz™ on August 31, 2011, 03:23:17 PM
(first six look good)


I1=1.1A
I2=0.4A
I3=1.1A



(ok next problem plz...)


Title: Re: hyper
Post by: frenulem - No.5417 on August 31, 2011, 03:24:17 PM
so i have the right idea with just adding and taking away from the junctions? TY aswell
Title: Re: hyper
Post by: hyper999 on August 31, 2011, 03:26:32 PM
so i have the right idea with just adding and taking away from the junctions? TY aswell

yep.
Title: Re: hyper
Post by: FOOKz™ on August 31, 2011, 03:32:25 PM
[spoiler]
I1 = 1.5A
I2 = 0.3A
I3 = 0.4A
I4 = 1.5A
[/spoiler]



[spoiler]
I1 = 1A
I2 = 0.8A
I3 = 0.6A
I4 = 2.4A[/spoiler]
Title: Re: hyper
Post by: frenulem - No.5417 on August 31, 2011, 03:55:01 PM
6. What value resistor would allow 2mA to flow when the pd across it is 10V? in  megohms
7.    Find the current through a 10kW resistor when the pd across it is 50mV. in  microamps
Title: Re: hyper
Post by: FOOKz™ on August 31, 2011, 04:02:34 PM
6. What value resistor would allow 2mA to flow when the pd across it is 10V? in  megohms
7.    Find the current through a 10kW resistor when the pd across it is 50mV. in  microamps

R = V / I
R = 10 / 0.002
R = 5,000 ohms
R = 0.005M ohms

I = P / V
I = 10,000 / 0.05
I = 200,000 amps
I = 200,000,000,000 micro amps

^^ seriously what the F###
Title: Re: hyper
Post by: frenulem - No.5417 on August 31, 2011, 04:05:35 PM
got em wrong fookz
Title: Re: hyper
Post by: hyper999 on August 31, 2011, 04:49:23 PM
on the first one

v1 = 18

really fren? really!?

should be 6
Title: Re: hyper
Post by: FOOKz™ on August 31, 2011, 05:00:47 PM
6. What value resistor would allow 2mA to flow when the pd across it is 10V? in  megohms
7.    Find the current through a 10kW resistor when the pd across it is 50mV. in  microamps


R = V / I
R = 10 / 0.002
R = 5,000 ohms
R = 0.005M ohms

I = P / V
I = 10,000 / 0.05
I = 200,000 amps
I = 200,000,000,000 micro amps

^^ seriously what the F###



last time i checked it was I = P / V and R = V / I. whatever lol





facepalm:
circuit1:
[spoiler]V1 = 6V
V2 = 6V
V3 = 6V[/spoiler]

circuit2:
[spoiler]V1 = 2V[/spoiler]

circuit3:
[spoiler]V1 = 6v
V2 = 0.6v
V3 = 11.4v
V4 = I need to brush up on Nodal Voltage Analysis, Mesh Current Analysis, and Thevenins Theorem LOL[/spoiler]



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