Logarithmic Function with Vertical Asymtote at X=-6, Y Intercept=5

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Homework Help Overview

The discussion revolves around finding a logarithmic function characterized by a vertical asymptote at x = -6 and a y-intercept of 5. Participants are exploring the structure of logarithmic functions and how to derive the necessary parameters to meet these conditions.

Discussion Character

  • Exploratory, Conceptual clarification, Mathematical reasoning

Approaches and Questions Raised

  • Participants discuss the form of the logarithmic function and the implications of the vertical asymptote. There is a focus on determining the values of parameters A and B in the function. Questions arise regarding the absence of a denominator and the interpretation of the logarithmic function's structure.

Discussion Status

There is ongoing exploration of the function's parameters, with some participants providing insights into the relationship between the y-intercept and the logarithmic form. Multiple interpretations of the function's structure are being considered, and guidance has been offered regarding the values of A and B.

Contextual Notes

Participants are working within the constraints of the problem, specifically the requirement for a vertical asymptote and a specific y-intercept. There is some confusion regarding the function's form and the role of the logarithm in this context.

merikukri
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what will be the logarithmic function with a vertical asymtote at X = -6 that has the intercept Y = 5

I know the denominator will be x+6 to get vertical asymtote, but don't know how to get Log Function ??
 
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There is no denominator. What does a log function look like ?

You log function will be of the form,

y = Alog(X+B)

Now you have to figure out values for A and B.
 
Fermat said:
There is no denominator. What does a log function look like ?
You log function will be of the form,
y = Alog(X+B)
Now you have to figure out values for A and B.

thanks for help, can you explain it in more details..I didn't understand the above function.

Regards
 
Fermat said:
There is no denominator. What does a log function look like ?
You log function will be of the form,
y = Alog(X+B)
Now you have to figure out values for A and B.

so its going to be something like L(x) : ( | X+6 |, sqrt 6 ) :rolleyes:
 
It will be,

y = Alog((x+6)

so you got the B correct.

There is a y-intecept of 5, so

5 = Alog(0+6)

What is A ?
 
Fermat said:
It will be,
y = Alog((x+6)
so you got the B correct.
There is a y-intecept of 5, so
5 = Alog(0+6)
What is A ?

A is 5:frown:
 
Nope.

5 = A.log(0+6)
A = 5/log(6)
A = 6.4254 (if taking logs to the base 10)
A = 2.7906 (if taking logs to the base e)
 

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