Chase Emmert

[Chase Emmert @chase_math1]

Is this the probability to number 4? Or is there a different answer because he's selecting 3 different tickets?

[Chase Emmert @chase_math1]

@STAB_MATH E to the x and ln x will work

[Chase Emmert @chase_math1]

@mathstud101 To help you with this make 10,000 a smaller number like 100 or 10 then go from there

[Chase Emmert @chase_math1]

@McNamaraMath19 Factoring out -3 will make this problem a lot simpler

[Chase Emmert @chase_math1]

@STAB_MATH Every x value can only have one corresponding y value. This function passes the vertical line test

[Chase Emmert @chase_math1]

@STAB_MATH He noticed there were 2 y values at a certain x value. Which means it's not a function because it doesn't pass the vertical line test

[Chase Emmert @chase_math1]

@STAB_MATH Correction: Domain is all real numbers and the range is [0, infinity)

[Chase Emmert @chase_math1]

For 25 would the local max be (-1,4) and the local min (2,2)?

[Chase Emmert @chase_math1]

@STAB_MATH The range and domain would both be all real numbers because there is no x squared in g(f(x))

[Chase Emmert @chase_math1]

Are these the correct formulas for the function packet(#7)

[Chase Emmert @chase_math1]

@McNamaraMath19 @mathstud101 That's exactly what I got

[Chase Emmert @chase_math1]

@GunniMath Thank you for the help @mathstud101 and I were trying to figure this one out

[Chase Emmert @chase_math1]

@mathstud101 Yeah I'll help you before class

[Chase Emmert @chase_math1]

@mathstud101 I think I might be able to help you out

[Chase Emmert @chase_math1]

@STAB_MATH You need to factor the X out in the left expression