1. Let f(x)=x2 on [0,3]. Find c in [a,b] such that ∫abf(x)dx=f(c)(b−a). 2. Mark the point (c,f(c)) on the graph of f(x)=x2.
3. In terms of area, what does ∫abf(x)dx represent? Shade this area on the graph. 4. In terms of area, what does f(c)(b−a) represent? Shade this area on the graph. (Hint: If you are unsure of what you should shade here, think about what kinds of area can be found by multipliying two numbers.) 5. How are these two areas related?
1. Let f(x)=x2 on [0,3]. Find c in [a,b] such that ∫abf(x)dx=f(c)(b−a). 2. Mark the point (c,f(c)) on the graph of f(x)
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1. Let f(x)=x2 on [0,3]. Find c in [a,b] such that ∫abf(x)dx=f(c)(b−a). 2. Mark the point (c,f(c)) on the graph of f(x)
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