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Choose any two specific functions (not already chosen by a classmate) that have inverses. Use your chosen functions to answer a...Asked by Herbert
Choose any two specific functions (not already chosen by a classmate) that have inverses. Use your chosen functions to answer any one of the following questions.
If the inverses of two functions are both functions, will the inverse of the composite function made by the original functions also be a function?
If the inverses of two functions are both functions, will the inverse of the sum or difference of the original functions also be a function?
If the inverses of two functions are both functions, will the inverse of the product or quotient of the original functions also be a function?
If the inverses of two functions are both functions, will the inverse of the composite function made by the original functions also be a function?
If the inverses of two functions are both functions, will the inverse of the sum or difference of the original functions also be a function?
If the inverses of two functions are both functions, will the inverse of the product or quotient of the original functions also be a function?
Answers
Answered by
Anonymous
so, which functions have you chosen?
How do we know that no one else has already chosen them?
How do we know that no one else has already chosen them?
Answered by
Herbert
I haven't chosen anything, I don't even know what's going on in this class, I have a week left to complete this course, I just started. Any function is fine, no one has responded in the course I'm in.
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