Intercept

1.

The \(y\)-intercept is the point where the graph intersects the \(y\)-axis. Since the \(y\)-axis is also the line \(x = 0\), the \(x\)-value of this point will always be \(0\).

The \(x\)-intercept is the point where the graph intersects the \(x\)-axis. Since the \(x\)-axis is also the line \(y = 0\), the \(y\)-value of this point will always be \(0\).

By looking at the graph, we can see that:

• The \(y\)-intercept is \( (0, 275) \).
• The \(x\)-intercept is \( (125, 0) \).

2.

The \(y\)-intercept is the point where the graph intersects the \(y\)-axis. Since the \(y\)-axis is also the line \(x = 0\), the \(x\)-value of this point will always be \(0\).

The \(x\)-intercept is the point where the graph intersects the \(x\)-axis. Since the \(x\)-axis is also the line \(y = 0\), the \(y\)-value of this point will always be \(0\).

By looking at the graph, we can see that:

• The \(y\)-intercept is \( (0, 0.4) \).
• The \(x\)-intercept is \( (0.3, 0) \).

3.

The \(y\)-intercept is the point where the graph intersects the \(y\)-axis. Since the \(y\)-axis is also the line \(x = 0\), the \(x\)-value of this point will always be \(0\).

The \(x\)-intercept is the point where the graph intersects the \(x\)-axis. Since the \(x\)-axis is also the line \(y = 0\), the \(y\)-value of this point will always be \(0\).

By looking at the graph, we can see that:

• The \(y\)-intercept is \( (0, -45) \).
• The \(x\)-intercept is \( (-10, 0) \).

4.

The \(y\)-intercept is the point where the graph intersects the \(y\)-axis. Since the \(y\)-axis is also the line \(x = 0\), the \(x\)-value of this point will always be \(0\).

The \(x\)-intercept is the point where the graph intersects the \(x\)-axis. Since the \(x\)-axis is also the line \(y = 0\), the \(y\)-value of this point will always be \(0\).

By looking at the graph, we can see that:

• The \(x\)-intercept is \( (-7.5, 0) \).
• The \(y\)-intercept is \( (0, 5.5) \).