SOLUTION: In electronic, circuit gain is modeled by G=Bt/R+R1 where R is the value of resistor, t is temperature, R1 is the value of R at a temperture t, and B is a constant. The sensitiv

Algebra ->  Customizable Word Problem Solvers  -> Misc -> SOLUTION: In electronic, circuit gain is modeled by G=Bt/R+R1 where R is the value of resistor, t is temperature, R1 is the value of R at a temperture t, and B is a constant. The sensitiv      Log On

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Question 181881This question is from textbook College Algebra
: In electronic, circuit gain is modeled by G=Bt/R+R1 where R is the value of resistor, t is temperature, R1 is the value of R at a temperture t, and B is a constant. The sensitivity of the circuit to temperature is modeled by S=BR/(R+R1)^2 If B=3.7 and t is 90K (Kelvin), find the values of R and R1 that will make G = .4 and S =.001.
.4=3.7(90)/R + R1= 0.4 R1 + 0.4 = 333
.001=3.7(R)/(R+R1)^2= 0.01R1^2+0.01R+0.02R1=37 This question is from textbook College Algebra

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