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There is an expression some people use that says, “What you put into it is what you get out of it.” People might use this expre...Asked by Sid.V
There is an expression some people use that says, “What you put into it is what you get out of it.” People might use this expression to describe your skills at a sport or activity and how that relates to the amount of time and effort you spend practicing that activity. Does this expression apply to functions? How? Give an example to support your answer.
Did i do this right? : not in any general way. If
f(x) = x
then that's true. For other functions, it will be true only sometimes, but mostly never.
Did i do this right? : not in any general way. If
f(x) = x
then that's true. For other functions, it will be true only sometimes, but mostly never.
Answers
Answered by
bobpursley
I would have written
f(x)=k*x where k is a constant.
for instance, x = hours of work
f(x) is bananas peeled. K is the rate, as in 3banans/minute
f(x)=k*x where k is a constant.
for instance, x = hours of work
f(x) is bananas peeled. K is the rate, as in 3banans/minute
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