Asked by Jamie
1. find the values of s for which each function is continous:
f(x) = [ x if x less than or equal to 1]
[2x-1 if x greater than 1]
2. determine all values of x at which the function is discontinuous:
f(x) = (x^2-2x)/(x^2-3x+2)
Could someone please tell me how to do these problems I'm lost.
f(x) = [ x if x less than or equal to 1]
[2x-1 if x greater than 1]
2. determine all values of x at which the function is discontinuous:
f(x) = (x^2-2x)/(x^2-3x+2)
Could someone please tell me how to do these problems I'm lost.
Answers
Answered by
Anonymous
1. f(x) as defined is continuous on (-∞,+∞). The only check you need to do to be sure is at x=1.
f(1-)=1
f(1+)=2*1-1=1
So f(x) is continuous also at x=1.
2.
For discontinuity of a rational function, look for values of x which render the <i>denominator</i> zero.
You can do this by factorization.
f(1-)=1
f(1+)=2*1-1=1
So f(x) is continuous also at x=1.
2.
For discontinuity of a rational function, look for values of x which render the <i>denominator</i> zero.
You can do this by factorization.
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