We can graph y=2log₂ (-x-3) by viewing it as a transformation of y=log₂ (x).

The graph of y=log base 2 of x looks like a curve that increases at an ever-decreasing rate as x gets larger. It becomes very negative as x approaches 0 from the right. The graph of y=-log …

log functions do not have many easy points to graph, so log functions are easier to sketch (rough graph) tban to actually graph them. You first need to understand what the parent log function …

But the way that we've written it over here, it's actually given the dependent variable, it's easy to figure out what the independent variable needs to be for this logarithmic function.

This topic covers: - Radicals & rational exponents - Graphs & end behavior of exponential functions - Manipulating exponential expressions using exponent properties - Exponential …

The graph of y = log 2 x is shown below. Which of the following is the graph of y = 3 log 2 (x 4) ?

The two things I'm going to graph are y is equal to two to the x power and y is equal to the log base two of x. I encourage you to pause the video, make a table for each of them and try to …

Logarithms are the inverses of exponents. They allow us to solve challenging exponential equations, and they are a good excuse to dive deeper into the relationship between a function …

So, let me put some of this graph paper right over here, and the first thing I wanna think about is, well, let's just try to plot some interesting points here, and the most obvious one is what makes …

This topic covers: - Intercepts of linear equations/functions - Slope of linear equations/functions - Slope-intercept, point-slope, & standard forms - Graphing linear equations/functions - Writing …