Yes, because they both contain the variable "x".
y and 9x would not be like terms because they don't have the same variable.
x and 9x2 would not be like terms because the variables are not raised to the same power.
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(-9x^2/√x) + 4= [-9x^2/x^(1/2)] + 4= (-9x^2)[x^(-1/2)] + 4= -9x^[2 + (-1/2)] + 4= -9x^(2 - 1/2) + 4= -9x^(3/2) + 4= -9√x^3 + 4= -9√[(x^2)(x)] + 4= -9x√x + 4Or,(-9x^2/√x) + 4= [(-9x^2)(√x)/(√x)(√x)] + 4= [(-9x^2)(√x)/√x^2] + 4= [-9(x)(x)(√x)/x] + 4 simplify x= -9x√x + 4
no,, to be like term they must have the same variable,, such as 4x and 9x.. or 1y and 300y...
x2=9x-20 x2-9x+20=0 Factor: (x-4)(x-5)=0 x={4,5}
combine like terms do you get: 9x-3. that's as simplified as it can be.
-9x + 4 = -50 -9x = -50 - 4 -9x = -54 -x = -6 x = 6.