Try it on paper first. A hint, the key idea and the worked solution are here when you need them.
The wave is shifted to the right. Find the of its first peak, and the height of the peak. Check the answer with a program that searches a fine grid of .
has amplitude , period and phase shift to the right. repeats every and has asymptotes where . np.linspace(a, b, n) makes numbers with both ends included. Angles in degrees must be converted with np.radians before np.sin.
Have you tried it?
Work it out on paper first. It is fine to get stuck or make a mistake: that is how we learn. When you are ready, go through the solution one step at a time, and check each step against your own.
Step 1. The peak. , so rad.
Step 2. Height. At the peak the sine is , so .
Step 3. Check. The program finds the largest on points, and reports the same .
Answer: rad and a height of .
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