Use the Second Derivative Test to find the relative extrema, if any, of the function

Select the correct answer.
a. None
b. Rel. max. f(0) = 0
c. Rel. max. f(8) = 16,
rel. min. f(?8) = ?16
d. Rel. max. f(?8) = ?16,
rel. min. f(8) = 16

d. Rel. max. f(?8) = ?16,
rel. min. f(8) = 16

Mathematics

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Find the standard equation of the circle that satisfies the conditions.Center (0, 0), radius 10

A. x2 + y2 = 100
B. (x - 10)2 + (y - 10)2 = 100
C. x2 + y2 = 10
D. x2 + y2 = 

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Mathematics

Name the highlighted angle using the three-letter form of identification.

A. ?BNI or ?INB B. ?BNL or ?LNB C. ?INF or ?FNI D. ?N

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Mathematics

Use transformations to graph the function. Determine the domain, range, and horizontal asymptote of the function.f(x) = -2x+3 + 4

A. domain of f: (-?, ?); range of f: (-?, -4); 
horizontal asymptote: y = -4

B. domain of f: (-?, ?); range of f: (-?, -4); 
horizontal asymptote: y = -4 

C. domain of f: (-?, ?); range of f: (-?, 4); 
horizontal asymptote: y = 4

D. domain of f: (-?, ?); range of f: (-4, ?); 
horizontal asymptote: y = 4

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Mathematics

Use the given data points to construct a linear model, then use the model to find the appropriate Celsius or Fahrenheit temperature.Choose any two data points and use them to construct a linear equation that models the data, with x being Fahrenheit and y Celsius. Then use the equation to find the Celsius temperature corresponding to 113° Fahrenheit.

A. y = (x - 32); 146° Celsius
B. y = (x + 32); 261° Celsius
C. y = (x - 32); 45° Celsius
D. y = (x + 32); 81° Celsius

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Mathematics