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How do you find the domain for Fx x2-8x-9?
The domain is anything you want it to be. You could define the domain to be integer values only, or it could be {-3, -2.5, .2, 0, sqrt(7), 9}.
What is the domain of the function fx equals -4?
The domain can be anything you like: a single element, all real numbers, all complex numbers, etc.
Fx equals 3x f4 equals?
12
Fx equals 2x F6 equals?
12
What is the domain of the function fx equals 3 over x plus 2?
- 2 makes this zero and provides the vertical asymptote. So, from - infinity to - 2 and from - 2 to positive infinity
How do you find the domain for Fx x2-8x-9?
The domain is anything you want it to be. You could define the domain to be integer values only, or it could be {-3, -2.5, .2, 0, sqrt(7), 9}.
What is the domain of the function fx equals -4?
The domain can be anything you like: a single element, all real numbers, all complex numbers, etc.
If hx equals f o g x and hx equals sqrt x plus 5 find gx if fx equals sqrt x plus 2?
g(x) = x + 3 Then f o g (x) = f(g(x)) = f(x + 3) = sqrt[(x+3) + 2] = sqrt(x + 5)
Which of the following is the domain of the function GFx Fx equals x - 2 Gy equals 7 GFx equals 7?
All numbers less than or equal to 8
Fx equals 3x f4 equals?
12
Fx equals 2x F6 equals?
12
What is the area bounded by the graphs of fx and gx where fx equals xcubed and gx equals 2x-xsquared?
What_is_the_area_bounded_by_the_graphs_of_fx_and_gx_where_fx_equals_xcubed_and_gx_equals_2x-xsquared
What properties or conditions should fx satisfy such that fx equals its fourier series?
The properties and conditions of FX to satisfy such that the fx equals its fourier seasons, should be of the fans, and the ones that actually watch the awseome series that are on FX. Lots of people are huge fans of FX and really get destroyed when there is no satisfaction of the fourier seasons.
The domain of Fx is the set of all numbers greater than or equal to 0 and less than or equal to 2?
Depends on what Fx is.
What is the domain of the function fx equals 3 over x plus 2?
- 2 makes this zero and provides the vertical asymptote. So, from - infinity to - 2 and from - 2 to positive infinity
The domain of Fx equals 2 over 5 to the power of x is all negative numbers?
OK, if you say so. That means that the range is all numbers greater than +1 .
If fx equals x2 then fx-1 equals?
3
