May 6, 2017 · Lastly, looking at the entire function y = (x − 3)2 +1, the 1 tells us to shift or translate the function 1 unit upward. Our final function will then look like this:

Apr 16, 2017 · How do you describe the translation from the graph #y= 2 (x-15)^2+3# to the graph of #y=2 (x-11)^2+3#?

How is the graph of #f (x)=x^2-4# related to the graph of #f (x)=x^2#? How do you use the important points to sketch the graph of #y = (x + 4)^2 - 3#? A sporting goods manufacturer requires 5/8 yd of …

Mar 25, 2016 · The action taking place is that you are looking at a standard graph of #tan (x)# and noting the y value on that graph for #2x#. You are then going back to the graph you are drawing and …

Dec 22, 2017 · A discussion of continuous and discrete graphs below: The question is getting at whether the graph is continuous or discrete. A continuous graph will is one that is valid for all the values along …

Apr 13, 2018 · Talking about what the equation is saying. The general shape of a quadratic graph is called a parabola. It is just a name but one worth remembering. On the whole we have the generic …

Dec 25, 2014 · We first have to translate to x and y. We can take time as the x (in minutes) and depth as y (in feet) If we say Andrew started at time zero at a depth of 400 feet, this translates in a point …

How do I graph the hyperbola represented by #4x^2-y^2-16x-2y+11=0#? What information do you need to graph hyperbolas? How do you find the center of the hyperbola, its focal length, and its …

When you graph any function of the form A(x)sinx we note that as x varies then sinx oscillates between +-1. As a result the graph of y=A(x)sinx will be sinusoidal and oscillate between +-A(x) (the …

How do you graph linear functions? How do you graph the function #f (x)=-4#? What does #f (100)# represent if the function #F (C)=1.8C+32# is used to convert Celsius to Fahrenheit? How do you …