If F Is Continuous On (−∞, ∞), What Can You Say About Its Graph? (Select All That Apply.)
. Sketch the graph of a function f that is continuous except for the stated discontinuity. Web if f is continuous on (−∞, ∞), what can you say about its graph?
Uh first of all, it is defined if it's continuous on the entire x axis and it is clearly defined on the entire x axis. B)the graph of f has a jump. Web up to $2.56 cash back hint:
Between Any Two Rationals, There Is.
The graph of f has a vertical asymptote. Web (select all that apply.) the graph of f has a hole. 2)at x = 1, f has a local.
All You Have To Do Is Draw Vertical Lines (Lines Parallel To The Y Axis) For Each X Value.
Web 1.)if f is continuous on (−∞, ∞), what can you say about its graph? If a function is continuous, it has no holes, jumps, or vertical asymptotes. Web if f is continuous on (−∞,∞), then f is a continuous function.
If F Is Continuous On (−∞, ∞), What Can.
This is not continuous for any x value. False, we shift graph horizontally by a factor of 3 or f (3x) y = −f (x) − 1, first. Web you can identify the graph of a function by doing the vertical line test.
Web True For Y= 3F (X) We Stretch Vertically By A Factor Of 3.
B)the graph of f has a jump. The graph of f has a jump. It might help to try to sketch the graph of f(x) near x = 0.
Uh First Of All, It Is Defined If It's Continuous On The Entire X Axis And It Is Clearly Defined On The Entire X Axis.
You can trace its graph with your pen without lifting. C)the graph of f has a vertical. Web there's a few things that we could say about the function of x.
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