Sunday

April 20, 2014

April 20, 2014

Posted by **anon** on Saturday, December 17, 2011 at 8:36pm.

- pre calculus -
**Steve**, Sunday, December 18, 2011 at 5:41amas with all exponentials, the domain is all real numbers.

All exponential curves look basically alike. If n > 1, n^x curves up to the right.

If n < 1 the graph curves down to the right.

n^x always has the x-axis as an asymptote.

Note that n must be positive, since n^x = e^(x ln n) and ln is not defined for n<0.

So, the above graph looks like e^-x, but is flipped upside down because of the negative sign.

Then the graph is shifted down one unit, so it has y=-1 as the asymptote.

It rises steeply from the left, goes through (0,-1) and approaches the line y = -1 from below.

- pre calculus -- oops -
**Steve**, Sunday, December 18, 2011 at 5:43amsorry - goes through (0,-2)

- pre calculus -
**anon**, Sunday, December 18, 2011 at 1:09pmIt's ok figured that out on my own :)

**Related Questions**

pre calculus - Find the inverse of the function below. Graph the function below ...

precalculus - Find the inverse of the function below. Graph the function below ...

Math - Graphing a function - Graph the function below. Determine the domain, ...

algebra - 1 (a) A function passes through the points (0, -5), (1, 0), (2, 7). ...

calcius - Determine whether the relation represents a function. If it is a ...

College Algebra - Find the inverse of the function below. Graph the function ...

calculus - graph this function and determine the domain,range and vertical ...

Math - Graphing Logarithms function - Graph the function below. Determine the ...

Functions, domain,range etc - Determine the domain,range and horizontal ...

math - graph the function below. Determine the domain, range, and horizontal ...