Chapter 9: Q 43 (page 756)
Each of the integrals or integral expressions in Exercises represents the area of a region in the plane. Use polar coordinates to sketch the region and evaluate the expressions.
Short Answer
The required graph is :-
Chapter 9: Q 43 (page 756)
Each of the integrals or integral expressions in Exercises represents the area of a region in the plane. Use polar coordinates to sketch the region and evaluate the expressions.
The required graph is :-
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Get started for freeUse Theorem 9.13 to show that the area of the circle defined by the polar equation is .
Complete the square to describe the conics in Exercises .
Complete the square to describe the conics in Exercises .
In Exercises 32โ47 convert the equations given in polar coordinates to rectangular coordinates.
Sketch the graphs of the equations
and localid="1649854142659"
What is the relationship between these graphs? What is the eccentricity of each graph?
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