document.write( "Question 1003625: We are doing systems of nonlinear equations in two variables. So solving with either the addition method or substitution method. The problem is solve the systems log x^2=y+3 log x=y-1. I don't know what to do with the logs. If the logs were not there I would solve with the substitution method, I would solve for y in x=y-1,y=x+1. Plug that into the x^2 problem. A log is log 10^1. I'm stuck. \n" ); document.write( "

Algebra.Com's Answer #620311 by MathTherapy(10552) $\"\"$ $\"About$

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\n" ); document.write( "We are doing systems of nonlinear equations in two variables. So solving with either the addition method or substitution method. The problem is solve the systems log x^2=y+3 log x=y-1. I don't know what to do with the logs. If the logs were not there I would solve with the substitution method, I would solve for y in x=y-1,y=x+1. Plug that into the x^2 problem. A log is log 10^1. I'm stuck.
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document.write( " ----------- Converting to EXPONENTIAL form -------- eq (i)\r
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document.write( " ------------- Converting to EXPONENTIAL form --------- eq (ii)\r
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document.write( " ------ Substituting  for x in eq (i) 
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document.write( "y + 3 = 2y – 2 ----------- Bases are equal and so are the exponents
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document.write( "y – 2y = - 2 – 3
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document.write( "- y = - 5
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document.write( "y = , or 5\r
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document.write( " --------- Substituting 5 for y in eq (ii) 
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document.write( ", or x = 10,000\r
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document.write( "Solution set:  \n" );
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