1) Use the graph of f(x) to the right to find the following limits. If the...

 

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1) Use the graph of f(x) to the right to find the following limits. If the limit does not exist write DNE. g(x) a) _lim_g(x) = c) lim g(x) = e) _lim_g(x) = 8) lim g(x) = i) lim g(x) = - k) lim_ g(x) = - - - - b) lim_ g(x) = X--3+ - d) _lim_ g(x) = f) lim g(x) = h) lim g(x) = j) lim g(x) = -L) lim g(x) = - - 5 5 m) State a point on the domain of the function above such that, the limit exits at that point, but the function not continuous at that point n) State a point on the domain of the function above such that, it is continuous from the left, but not continuous from the right O) State a point on the domain of the function above such that, the limit exists at that point, however, it is not differentiable at that point p) State the domain on which the function f(x) is differentiable? 5 X 1) Use the graph of f(x) to the right to find the following limits. If the limit does not exist write DNE. g(x) a) _lim_g(x) = c) lim g(x) = e) _lim_g(x) = 8) lim g(x) = i) lim g(x) = - k) lim_ g(x) = - - - - b) lim_ g(x) = X--3+ - d) _lim_ g(x) = f) lim g(x) = h) lim g(x) = j) lim g(x) = -L) lim g(x) = - - 5 5 m) State a point on the domain of the function above such that, the limit exits at that point, but the function not continuous at that point n) State a point on the domain of the function above such that, it is continuous from the left, but not continuous from the right O) State a point on the domain of the function above such that, the limit exists at that point, however, it is not differentiable at that point p) State the domain on which the function f(x) is differentiable? 5 X