When we talk about how the X and Y axes affect the shape of a graph, there are a few important things to remember, based on my experience in Year 11 Math.
X-Axis (Horizontal): The X-axis is usually the bottom line of the graph. It often shows the input values (we can call them ). How we set up the X-axis can change what we see in the graph. For example, if we only look at values from -10 to 10, we might miss important parts of the curve outside that area.
Y-Axis (Vertical): The Y-axis is the side line of the graph. It usually shows the output values (). By changing the Y-axis scale, we can see small changes in the function that we might miss if the scale is too wide.
Where the Graph Crosses the Axes: The points where the graph crosses the X or Y axes are called roots. These points are important because they show where the function equals zero.
Increasing and Decreasing: Depending on the shape of the graph, the axes can help us see where the function is going up or down.
In summary, knowing how the X and Y axes work together helps us better understand the function's behavior. This makes it easier for us to analyze and learn from our studies.
When we talk about how the X and Y axes affect the shape of a graph, there are a few important things to remember, based on my experience in Year 11 Math.
X-Axis (Horizontal): The X-axis is usually the bottom line of the graph. It often shows the input values (we can call them ). How we set up the X-axis can change what we see in the graph. For example, if we only look at values from -10 to 10, we might miss important parts of the curve outside that area.
Y-Axis (Vertical): The Y-axis is the side line of the graph. It usually shows the output values (). By changing the Y-axis scale, we can see small changes in the function that we might miss if the scale is too wide.
Where the Graph Crosses the Axes: The points where the graph crosses the X or Y axes are called roots. These points are important because they show where the function equals zero.
Increasing and Decreasing: Depending on the shape of the graph, the axes can help us see where the function is going up or down.
In summary, knowing how the X and Y axes work together helps us better understand the function's behavior. This makes it easier for us to analyze and learn from our studies.