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Teddy bear for sale

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I=7

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Pbulb=100
Vbulb=110
I=P/V

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Follow me on ig joshuarai_ we can be friends

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Follow me on ig joshuarai_ we can be friends

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I'm cool and hip

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P/V = I
If thats right then why do the quadratic equation for it? the current is the same across the whole circuit.

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I=0.909 3sf

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No luck :(

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Integrated op

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Someone love me pl

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#integratedMasterRace

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1A

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Fullwave rectifier

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1- Full-wave rectifier
2- Power Supply

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Did you see that ludicrous display last night?

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Did you see that ludicrous display last night?

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Fullwave recitfier
Power supply

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Q1
Fullwave rectifier

Q2
Power supply

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Make dc
Bridge rectifier

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Full Wave Rectifier

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Full Wave Rectifier
AC to DC Conversion eg Phone Charger
Vin=9*sin(100*pi*t)
Vout=abs(Vin)
t=0:0.01:1
plot(t,Vout)
xlable ('Time/S')
ylable ('Amplitude/V')

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Full wave bridge rectifier
AC-DC conversion
Vin = 9sin(2pi*50t)

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Full wave rectifier
AC to DC convertor

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Full wave rectifier
Converts AC to DC
Power supply

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Q1: Full wave rectifier
Q2: Power supply
Q3: 9sin(wt)

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Q1: bridge rectifier
Q2: AC to DC converter
Q3: Vout=9V
Vin=9
f = 50
omega = 2*Pi*f

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Average Temp = ((Vout + Vout_new)/2)/0.01

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((Vout + Vout_new)/2)/0.01

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Pres at mine guys

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((Vout+Vout_new)/2)/

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Average temp=((vout+vout_new)/2)/0.01

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(vout+Vnew)/2

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((Vout + Vout_new)/2)/0.01

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((Vout+Vout_new)/2) * 100

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Avg temp= ((Vout+Vout_new)/2)

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Ave Temp = ((Vout +Vout_new)/2)

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((Vout + Vout_new)/2)/0.01

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Avg T = ((Vout +Vout_new)/2)/0.01

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C1544635
Avg_Temp ((Vout + Vout_new)/2)/0.01

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((Vout + Vout_new)/2)/0.01

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AverageTemp = (Vout + Vout_new)/

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Avg= ((Vout+Vout_new)/2)/0.01

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Average Temp = (Vout + Vout_new) / 2 / 10e-3

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((Vout + Vout_new) / 2) / 0.01

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Vmean = 0.5 * (Vout + Vout_new)
Temp_mean = Vmean/0.01

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Vout = 0.01 * Temp

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T = [...;...;....;...;]
Vout = 10e-3 * T

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Vout=0.01*Temp

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Vout =0.01*Temp

# data[].attributes.body
Vout= 0.01*Temp

# data[].attributes.body
Vout=0.01 *
T

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Vout=0.01*Temp

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Vout = 0.01*Temp

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C1618604
Vout = 0.01*Temp

# data[].attributes.body
Vout = 0.01 * Temp

# data[].attributes.body
Vout = 0.01*temp

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Vout = 0.01*T
Avg temp = ((Vout + Vout_new)/2)/0.01

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C1544635
Vout= 0.01*Temp