Solve the equation.
- 
= 6
A. 6
B. 
C. 
D. 
Answer: C
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Graph the equation. Include the coordinates of any local extreme points and inflection points.y = 
A. local minimum: (0, 0)
no inflection points
B. local minimum: 
no inflection points
C. local minimum: 
no inflection points
D. local minimum: (0, 0)
inflection points: 
, 
Use Euler's method to approximate the solution. Also find the exact solution. Round your answers to four decimal places.Use Euler's method with ?x = 1/3 to approximate y(2) given that 
and y(0) = 2. Also find the exact value of y(5).
A. Euler's method gives y ? 9.4866; the exact solution is 13.3004 B. Euler's method gives y ? 8.9605; the exact solution is 12.3212 C. Euler's method gives y ? 8.2740; the exact solution is 11.1513 D. Euler's method gives y ? 9.2983; the exact solution is 12.9315
Provide an appropriate response.Which one of the following is a description of the graph of the solution set for the system below?x2 + y2 ? 364x2 + 9y2 ? 36
A. The area outside the ellipse (defined by the second equation), including the border. B. The area inside the ellipse (defined by the second equation), including the border. C. The area outside the circle (defined by the first equation), including the border. D. None of these
Use the table of integrals to find the given integral.
?
?
Use C as the constant of integration.
What will be an ideal response?