Given the linear function:
What is the rate of change of the function?
Given the linear function:
\( y=x-4 \)
What is the rate of change of the function?
Which best describes the function below?
\( y=2-3x \)
Choose the correct answer for the function.
\( y=-x+1 \)
Given the linear function:
\( y=1-4x \)
What is the rate of change of the function?
Given the linear function:
What is the rate of change of the function?
Let's remember that the rate of change equals the slope.
In this case, the slope is:
Which best describes the function below?
Remember that the rate of change equals the slope.
In this function:
Therefore, the function is decreasing.
The function is decreasing.
Choose the correct answer for the function.
Let's start with option A
In a linear function, to check if the functions are parallel, you must verify if their slope is the same.
y = ax+b
The slope is a
In the original formula:
y = -x+1
The slope is 1
In option A there is no a at all, which means it equals 1, which means the slope is not the same and the option is incorrect.
Option B:
To check if the function passes through the points, we will try to place them in the function:
-1 = -(-2)+1
-1 = 2+1
-1 = 3
The points do not match, and therefore the function does not pass through this point.
Option C:
We rearrange the function, in a way that is more convenient:
y = -1-x
y = -x-1
You can see that the slope in the function is the same as we found for the original function (-1), so this is the solution!
Option D:
When the slope is negative, the function is decreasing, as the slope is -1, the function is negative and this answer is incorrect.
The graph is parallel to the graph of function
Given the linear function:
What is the rate of change of the function?