Let f:R-[1,infinity) be defined as f(x)= log(root of 3x^2-4x+k+1 +10) to the base 10.If f(x) is a subjection then k can be

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Let f:R->[1,infinity) be defined as f(x)= log(root of 3x^2-4x+k+1 +10) to the base 10.If f(x) is a subjection then k can be

Anish Singhal · Answer

Please place brackets properly under square root, last two terms are not clear.

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Let f:R->[1,infinity) be defined as f(x)= log(root of 3x^2-4x+k+1 +10) to the base 10.If f(x) is a subjection then k can be

Let f:R->[1,infinity) be defined as f(x)= log(root of 3x^2-4x+k+1 +10) to the base 10.If f(x) is a subjection then k can be

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Let f:R->[1,infinity) be defined as f(x)= log(root of 3x^2-4x+k+1 +10) to the base 10.If f(x) is a subjection then k can be

Let f:R->[1,infinity) be defined as f(x)= log(root of 3x^2-4x+k+1 +10) to the base 10.If f(x) is a subjection then k can be

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