The function values increase as x increases.

The function values decrease as x increases.

The function values remain constant as x increases.

The function values oscillate as x increases.

The rate of change increases as x increases.

The rate of change remains constant as x increases.

The rate of change oscillates as x increases.

The rate of change decreases as x increases.

The function is increasing and concave up.

The function is increasing and concave down.

The function is decreasing and concave up.

The function is decreasing and concave down.

The function is increasing and concave down.

The function is decreasing and concave up.

The function is increasing and concave up.

The function is decreasing and concave down.

The function is neither concave up nor down.

The function is concave up.

The function is oscillating.

The function is concave down.

By checking if the graph forms a circle.

By checking if the graph forms a zigzag pattern.

By checking if the graph forms an upward or downward facing cup.

By checking if the graph forms a straight line.

The function is increasing and concave up.

The function is decreasing and concave up.

The function is decreasing and concave down.

The function is increasing and concave down.

If the rate of change is constant, the function is concave up.

If the rate of change is zero, the function is concave up.

If the rate of change is decreasing, the function is concave up.

If the rate of change is increasing, the function is concave up.

The function is oscillating.

The function is constant.

The function is increasing.

The function is decreasing.

To determine the symmetry of the function.

To determine if the function is linear.

To determine if the function is periodic.

To determine the concavity of the function.