Find the difference between  figure 1.png)
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Use the given transformation to evaluate the integral.
Rwhere R is the interior of the ellipsoid
A. ?
B. 28?
C. ?
D. ?
Graph the equation. Include the coordinates of any local extreme points and inflection points.y = x
A. local maximum: (0, )
no inflection points.
B. local maximum:
no inflection point.
C. local minimum:
local maximum:
inflection point: (0, 0)
D. local minimum:
local maximum:
inflection point: (0, 0)
Find the standard-form equation of the ellipse centered at the origin and satisfying the given conditions.An ellipse with intercepts (±2, 0) and (0, ±5)
A. +
= 1
B. +
= 1
C. +
= 1
D. +
= 1
Solve the problem.In his algebra class, Rob has scores of 79, 85, 81, and 65 on his first four tests. To get a grade of C, the average of the first five tests must be greater than or equal to 70 and less than 80. Solve an inequality to find the range of scores that Rob can earn on the fifth test to get a C.
A. x ? 40, where x represents Bob's score on the fifth test B. 40 ? x < 90, where x represents Bob's score on the fifth test C. 40 < x < 90, where x represents Bob's score on the fifth test D. 40 ? x ? 90, where x represents Bob's score on the fifth test