SOLUTION: define a function which satisfies the condition: A function which is discontinuous at 0 and 4, but bounded everywhere.

SOLUTION: define a function which satisfies the condition: A function which is discontinuous at 0 and 4, but bounded everywhere.

Algebra.Com

Question 843212: define a function which satisfies the condition:
A function which is discontinuous at 0 and 4, but bounded everywhere.

Answer by richard1234(7193) (Show Source): You can put this solution on YOUR website!
e.g. Suppose f is a function that satisfies

where

and

where

or

. It is bounded by y = 2 and y = -2, and discontinuous at 0, 4.
RELATED QUESTIONS
What is a function satisfies the condition: A function that has a vertical asymptotes... (answered by Fombitz)

Sketch the graph of a function f(x) that satisfies the stated condition. Mark any... (answered by jim_thompson5910)

Give an example of a function that is continuous at all non-integer values but is... (answered by richard1234)

Provide an example of a function so that limx→4 𝑓(𝑥) = 10 but f(x) is... (answered by ikleyn)

Draw the graph of a function p that fits the following description: p has a domain of all (answered by solver91311,Edwin McCravy)

Find a piecewise definition of "f" that does not involve the absolute value function.... (answered by Fombitz)

Explain why the function is discontinuous at the given number a . sketch the graph of the (answered by josgarithmetic)

Which is the function satisfying the following condition f(4)-f(-2)= 1 ? (answered by solver91311)

What does it mean for a function is be continuous and for a function to be discontinuous? (answered by ikleyn)

Where is F(x) = {x+2}/{x^2-2x-8} discontinuous? A) �2 B) �2, 4 C) 4 D) f(x) is... (answered by rothauserc)