Can someone ask me some exponential equations where you change to quadratic (1 Viewer)

[A1La5]

Where

This is more what you wanted, right?

 

[CurdleRocket26]

View attachment 29924

This is more what you wanted, right?

Ye i guess

 

[vernburn]

Ye i guess

Okay then what about this (it's a bit harder):

 

[Qeru]

Okay then what about this (it's a bit harder):

lol I gave him that yesterday, thats why he created this thread in the first place.

 

[vernburn]

lol I gave him that yesterday, thats why he created this thread in the first place.

lmao

 

[CurdleRocket26]

lol I gave him that yesterday, thats why he created this thread in the first place.

Ill solve that

 

[A1La5]

This one goes into the complex world

I've solved it. It doesn't.
You need to take a similar approach to the other questions I gave you, then use knowledge of logarithms to solve the problem.

 

[vernburn]

I've solved it. It doesn't.

Technically the real world is part of the complex world so he's not wrong!

 

[Qeru]

Technically the real world is part of the complex world so he's not wrong!

He used the phrase 'goes into' implying its a whole new world.

 

[CurdleRocket26]

Here

 

[CurdleRocket26]

Here

 

[Qeru]

Here

Try rechecking your last two lines, can you explain your thought process?

 

[CurdleRocket26]

Try rechecking your last two lines, can you explain your thought process?

Which one

 

[Qeru]

Which one

First

 

[CurdleRocket26]

First

Ok since its given as a fraction i times it and then i divide it by log 3

 

[CurdleRocket26]

Ok since its given as a fraction i times it and then i divide it by log 3

Also it just positive because i cannot log a negative number

 

[CurdleRocket26]

Also it just positive because i cannot log a negative number

Also check my second one as well i think someone else posted that question

 

[Qeru]

Ok since its given as a fraction i times it and then i divide it by log 3

remember it's not

 

[A1La5]

Here

Nicely done! You're almost there. Now you just need to do one more thing to make the subject of the equation in that last line, assuming you know what logarithms are.

 

[CurdleRocket26]

Nicely done! You're almost there. Now you just need to do one more thing to make the subject of the equation in that last line, assuming you know what logarithms are.

Yup ill do that