**If , Which Inequality Can Be Used To Find The Domain Of F(X)?**. 1 2 x −10 = 0. And solve the equation obtained:

F (x) = √ 1 2x − 10 +3. We must equal zero the term inside the root: To solve the domain of the function above:

### Which Equation Can Be Simplified To Find The Inverse Of Y = 5X².

If you wanted to solve for x, you would get to set up the domain. Consequently, the domain of the function will be the other values of x, that is: Then the domain is [3;+oo [.

### The Domain Of The Function Is.

This square root function is defined when the expression under the radical sign is greater or equal to zero. Meaning that x = 1 is the smallest x value you can plug into the function. F (x) = √ 1 2x − 10 +3.

### Domain Is The Set Of All X Values, The Independent Quantity, For Which The Function F (X) Exists Or Is Defined.

To solve the domain of the function above: X − 3 ≥ 0. Domain and range of linear inequalities.

### For Example, If We Take The Linear Function.

1 2 x −10 = 0. The domain of this function refers to all values of x, for which the function is defined. We must equal zero the term inside the root:

### The X Value Can Be Anything Larger Than 1 As Well.

And solve the equation obtained: Which equation is the inverse of y = 16x² + 1? The term under the square root must be positive or null: