[ ln (x) ]^2- 2ln (x)
Thank you!
Thank you!
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[ ln (x) ]^2- 2ln (x)
ln^2(x) - 2ln(x) = 0
ln(x)[ln(x) - 2] = 0
ln(x) = 0
x = e^0 = 1
ln(x) - 2 = 0
ln(x) = 2
x = e^2
ln^2(x) - 2ln(x) = 0
ln(x)[ln(x) - 2] = 0
ln(x) = 0
x = e^0 = 1
ln(x) - 2 = 0
ln(x) = 2
x = e^2
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[ln (x) ]^2- 2ln (x) = 0
take out ln(x) as common factor u get :
ln(x) [ln(x) - 2] = 0
either ln(x) = 0 => x = e^0 = 1 <<<<<<<<<<<
or ln(x) - 2 = 0
=> ln(x) = 2
hence x = e^2 <<<<<<<<<<
take out ln(x) as common factor u get :
ln(x) [ln(x) - 2] = 0
either ln(x) = 0 => x = e^0 = 1 <<<<<<<<<<<
or ln(x) - 2 = 0
=> ln(x) = 2
hence x = e^2 <<<<<<<<<<