The table gives selected values of the continuous function

g

.\ Below is Max's attempt to write a formal justification for the fact that the\ equation

g(x)=5

has a solution where

14

.\ Is Max's justification complete? If not, why?\ Max's justification:\ We are given that

g

is continuous.\ So, according to the intermediate value theorem,

g(x)=5

\ must have a solution at some point between

x=14

and\

x=18

.\ Choose 1 answer:\ Yes, Max's justification is complete.\ No, Max didn't establish that 5 is between

g(14)

and

g(18)

.\ No, Max should've mentioned that

g

is continuous.

The table gives selected values of the continuous function g. Below is Max's attempt to write a formal justification for the fact that the equation g(x)=5 has a solution where 14x18. Is Max's justification complete? If not, why? Max's justification: We are given that g is continuous. So, according to the intermediate value theorem, g(x)=5 must have a solution at some point between x=14 and x=18. Choose 1 answer: Yes, Max's justification is complete. No, Max didn't establish that 5 is between g(14) and g(18). No, Max should've mentioned that g is continuous. The table gives selected values of the continuous function g. Below is Max's attempt to write a formal justification for the fact that the equation g(x)=5 has a solution where 14x18. Is Max's justification complete? If not, why? Max's justification: We are given that g is continuous. So, according to the intermediate value theorem, g(x)=5 must have a solution at some point between x=14 and x=18. Choose 1 answer: Yes, Max's justification is complete. No, Max didn't establish that 5 is between g(14) and g(18). No, Max should've mentioned that g is continuous