Limits and Continuity
What type of discontinuity does a function have if it approaches a vertical asymptote at a certain point?
Point discontinuity
Removable discontinuity
Infinite discontinuity
Jump discontinuity
For the function where is a positive constant, what is the effect on the horizontal asymptote when is incrementally increased?
There is no shift in the horizontal asymptote, the exponential decay rate increases.
The horizontal asymptote retreats nearer, approaching .
The horizontal asymptote oscillates closer and further from the y-axis as an exponential growth rate diverges.
The horizontal asymptote retreats away from the y-axis as an exponential growth rate diverges.
What type of discontinuity does the function have if the left and right-handed limits are not equal?
Jump discontinuity
Removable discontinuity
Infinite discontinuity
Point discontinuity
If the left-handed limit of a function at a certain point is 5 and the right-handed limit is 3, what type of discontinuity does the function have at that point?
Oscillating discontinuity
Removable discontinuity
Infinite discontinuity
Jump discontinuity
What type of discontinuity is present at a point where the left and right-hand limits exist and are equal, but the function value is not defined?
Continuous Point
Removable Discontinuity
Jump Discontinuity
Infinite Discontinuity
The piecewise function defined by exhibits which kind of behavior as it approaches zero from both sides?
Continuous with no discontinuity
Jump discontinuity because there’s a sudden change in value as it crosses zero from left to right
Removable discontinuity because the two pieces do not equal each other at zero
Infinite discontinuity because one side goes towards infinity near zero
Which type of singularity might arise in real analysis such that near this singular point, despite being able to define values arbitrarily close on either side, a unique tangent cannot be determined due to erratic oscillation?
Removable
Essential
Corner
Infinite

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If a function approaches closer and closer to a certain value but never reaches it, what type of discontinuity does it have?
Removable discontinuity
Jump discontinuity
Point discontinuity
Infinite discontinuity
For a rational function with a removable discontinuity at , what will be the effect on this discontinuity if we multiply our function by ?
The removable discontinuity is eliminated entirely because can equal zero and cancel out factors in some cases.
The removable discontinuity remains unaffected, but new discontinuities may be introduced due to .
All discontinuities become non-removable since oscillates between -1 and 1.
The removable discontinuity becomes an infinite discontinuity due to multiplication by zero at some values of x.
The graph of a rational function has a vertical asymptote at . Which type of discontinuity is represented by this vertical asymptote?
Endpoint
Infinite
Removable
Jump