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Let 
g be a continuous function on the closed interval 
[-3,3], where 
g(-3)=0 and 
g(3)=6.
Which of the following is guaranteed by the Intermediate Value Theorem?
Choose 1 answer:
(A) 
g(c)=-2 for at least one 
c between -3 and 3
(B) 
g(c)=-2 for at least one 
c between 0 and 6
(c) 
g(c)=5 for at least one 
c between 0 and 6
(D) 
g(c)=5 for at least one 
c between -3 and 3

Let g g be a continuous function on the closed interval [3,3] [-3,3] , where g(3)=0 g(-3)=0 and g(3)=6 g(3)=6 .\newlineWhich of the following is guaranteed by the Intermediate Value Theorem?\newlineChoose 11 answer:\newline(A) g(c)=2 g(c)=-2 for at least one c c between 3-3 and 33\newline(B) g(c)=2 g(c)=-2 for at least one c c between 00 and 66\newline(C) g(c)=5 g(c)=5 for at least one c c between 00 and 66\newline(D) g(c)=5 g(c)=5 for at least one c c between 3-3 and 33

Full solution

Q. Let g g be a continuous function on the closed interval [3,3] [-3,3] , where g(3)=0 g(-3)=0 and g(3)=6 g(3)=6 .\newlineWhich of the following is guaranteed by the Intermediate Value Theorem?\newlineChoose 11 answer:\newline(A) g(c)=2 g(c)=-2 for at least one c c between 3-3 and 33\newline(B) g(c)=2 g(c)=-2 for at least one c c between 00 and 66\newline(C) g(c)=5 g(c)=5 for at least one c c between 00 and 66\newline(D) g(c)=5 g(c)=5 for at least one c c between 3-3 and 33
  1. The Intermediate Value Theorem: The Intermediate Value Theorem states that if a function ff is continuous on a closed interval [a,b][a, b] and kk is any number between f(a)f(a) and f(b)f(b), then there exists at least one number cc in the interval [a,b][a, b] such that f(c)=kf(c) = k.
  2. Given Function and Interval: We are given that gg is continuous on the closed interval [3,3][-3,3], g(3)=0g(-3)=0, and g(3)=6g(3)=6. This means that gg takes on every value between 00 and 66 at least once on the interval [3,3][-3,3].
  3. Invalid Option (A): Option (A) suggests that g(c)=2g(c)=-2 for some cc between 3-3 and 33. However, since g(3)=0g(-3)=0 and g(3)=6g(3)=6, the function gg does not take on values less than 00 or greater than 66 on the interval [3,3][-3,3]. Therefore, cc00 cannot be cc11 for any cc in the interval [3,3][-3,3].
  4. Invalid Option (B): Option (B) is not valid because it refers to a range of values for g(c)g(c) (between 00 and 66) rather than a range of values for cc. The Intermediate Value Theorem applies to the values of cc in the domain, not the range of the function.
  5. Invalid Option (C): Option (C) is also not valid for the same reason as option (B). It refers to a range of values for g(c)g(c) (between 00 and 66) rather than a range of values for cc.
  6. Valid Option (D): Option (D) suggests that g(c)=5g(c)=5 for some cc between 3-3 and 33. Since g(3)=0g(-3)=0 and g(3)=6g(3)=6, and 55 is a value between 00 and 66, the Intermediate Value Theorem guarantees that there is at least one cc in the interval cc00 such that g(c)=5g(c)=5.

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