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$57-58=$ Graphing Logarithmic Functions Match the logarithmic function with one of the graphs labeled I or II.$$f(x)=2+\ln x$$
Graph I
Algebra
Chapter 4
Exponential and Logarithmic Functions
Section 3
Logarithmic Functions
Oregon State University
Harvey Mudd College
Idaho State University
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So if we want to find which graph this this natural walk function course wants to. Well, the first thing we can do is look at the function y is equal to natural log of X. Remember, the natural log of X is just equal to log base e of X. So converting this so this is equal to find. So converting this into exponential form we have e to the Y is equal to X. Either the wise able to X and so so If we were to sketch this, we were to sketch this. Let's let's make this by a little bit horizontal. This is axe and this is why Well, we know that as X approaches zero Why approaches negative infinity? We know that we have that Assen toad and so and so when y is equal to when y is equal to one X is equal to eat. So at at X is equal to E. Let's say this is e here. You hear well, why is equal to one? Why is equal to one? And when exes or when y is equal to zero X is equal to one? So we have this one year And so we know that this function increases something like something like this, right? And so So the function that we have adds to to this function. Well, if we're adding to here than our function shifts upward to So we have our saying graph, but it were shifting it, shifting it upward with the same graph. So this is still accidents. Still why? But now at at one instead of zero, we have to. And at E instead of one, we have three. So now paragraph, paragraph looks something like we say we have at one. We have to three. So now our graph looks something more like something more like this. Connect the dots. Here, reconnect. These points are graph. Looks like like this. So all we did was shift this shift this up. And so this is This is the first graph. So this will be this will be graph graft number one. And so this is our solution. Graft number one
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