Problem

Graph the function by hand, not by plotting point…

00:37

Problem 8 Medium Difficulty

(a) How is the graph of $ y = 2 \sin x $ related to the graph of $ y = \sin x $? Use your answer and Figure 6 to sketch the graph of $ y = 2 \sin x $.

(b) How is the graph of $ y = 1 + \sqrt{x} $ related to the graph of $ y = \sqrt {x} $? Use your answer and Figure 4(a) to sketch the graph of $ y = 1 + \sqrt{x} $.

Answer

See step for solution

Johns Hopkins University

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Video Transcript

Okay, First of all, let's take a look at the graph of y equals sign of X. So why it will sign of X goes through these points. Here's a sign curve, and that continues. They're infinitely many of them. Well, just draw some of it. Okay, So what happens if you multiply that by two? That would be a vertical stretch. So it's going to be two times is tall. So notice that the regular Siggraph goes up to a height of one and down to a height of negative one. So this new graph is going to go up to a height of two and down to a height of negative, too. We say that the amplitude has changed. We call it amplitude when we're talking about a sign graph. All right, so there's the graph. Two times is tall. Any we go on and on infinitely far to the right and left as well. Now, for part B, what about the graph of y equals square root? X. So that goes through the 0.114 to here's what the square root graft looks like. What happens if we had one to it? We shift the whole Graf up one. So the point that was at 00 is going to be at 01 The point that was at 11 is going to be at 12 And the point that was at 42 is now going to be out for three. So looks the same, but just shifted up one.

Heather Z.

Oregon State University

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Problem

Graph the function by hand, not by plotting point…

Problem 8 Medium Difficulty

Answer

See step for solution

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