Analyze the graph of the given polar curve. If possible, describe the shape of the graph (circle, rose curve, limacon, etc), and
state the domain, range, and maximum r-value of the graph. State whether the graph is continuous and whether it is bounded. Describe any symmetry the graph has. Give the equations of any asymptotes or state that the graph has no asymptotes. r = 3 - 3cos
1 answer:
Step-by-step explanation:
Given the polar curve
R= 3-3cosϴ (please have a look at the attached photo)
We have some properties of the function are:
- The domain are real numbers <=> ϴ ∈ R
- The shape of the curve is a rose curve
- The range is approximately from -3.9 to 3.9 <=> -3.9 ≤R ≤3.9
=> The maximum value : 3.9
- The graph is symmetrical about the x axis
- The graph is continuous and it is bounded above and below
- The graph has no asymptotes
Hope it will find you well.
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Answer:
(in the image)
Step-by-step explanation:
I'm not sure I understood your question completely but I hope this helps.
<em>Note: You missed to add the answer choices, so I am solving the overall procedure to determine the radius of the cylinder so that you could easily figure out the right choice.</em>
Answer:
The radius of the cylinder:
Step-by-step explanation:
The volume of a cylinder is represented by the formula
V=πr²h
here
- r is the radius
- h is the height
The radius of the cylinder can be computed using the formula of the volume of a cylinder
V = πr²h
r² = V / πh
Taking square roots
Thus, the formula of the radius of the cylinder.
Therefore, the radius of the cylinder: