Recall that the polar equations of conic sections can come in the following forms:

, whereis the eccentricity of the conic section.

To determine what conic section the polar graph depicts, look only at the conic section's eccentricity.

will give an ellipse.

will give a parabola.

will give a hyperbola.

Now, for the given conic section,so it must be a hyperbola.

Recall that the polar equations of conic sections can come in the following forms:

, whereis the eccentricity of the conic section.

To determine what conic section the polar graph depicts, look only at the conic section's eccentricity.

will give an ellipse.

will give a parabola.

will give a hyperbola.

Now, for the given conic section,so it must be an ellipse.

Recall that the polar equations of conic sections can come in the following forms:

, whereis the eccentricity of the conic section.

To determine what conic section the polar graph depicts, look only at the conic section's eccentricity.

will give an ellipse.

will give a parabola.

will give a hyperbola.

First, put the given polar equation into one of the forms seen above by dividing everything by.

Now, for the given conic section,so it must be an ellipse.

Recall that the polar equations of conic sections can come in the following forms:

, whereis the eccentricity of the conic section.

To determine what conic section the polar graph depicts, look only at the conic section's eccentricity.

will give an ellipse.

will give a parabola.

will give a hyperbola.

First, put the given polar equation into one of the forms seen above by dividing everything by.

Now, for the given conic section,so it must be a parabola.

Recall that the polar equations of conic sections can come in the following forms:

, whereis the eccentricity of the conic section.

To determine what conic section the polar graph depicts, look only at the conic section's eccentricity.

will give an ellipse.

will give a parabola.

will give a hyperbola.

First, put the given polar equation into one of the forms seen above by dividing everything by.

Now, for the given conic section,so it must be a hyperbola.

Recall that the polar equations of conic sections can come in the following forms:

, whereis the eccentricity of the conic section.

To determine what conic section the polar graph depicts, look only at the conic section's eccentricity.

will give an ellipse.

will give a parabola.

will give a hyperbola.

Now, for the given conic section,so it must be a parabola.

Recall that the polar equations of conic sections can come in the following forms:

, whereis the eccentricity of the conic section.

To determine what conic section the polar graph depicts, look only at the conic section's eccentricity.

will give an ellipse.

will give a parabola.

will give a hyperbola.

First, put the given polar equation into one of the forms seen above by dividing everything by.

Now, for the given conic section,so it must be a hyperbola.

Recall that the polar equations of conic sections can come in the following forms:

, whereis the eccentricity of the conic section.

To determine what conic section the polar graph depicts, look only at the conic section's eccentricity.

will give an ellipse.

will give a parabola.

will give a hyperbola.

First, put the given polar equation into one of the forms seen above by dividing everything by.

Now, for the given conic section,so it must be a hyperbola.

Recall that the polar equations of conic sections can come in the following forms:

, whereis the eccentricity of the conic section.

To determine what conic section the polar graph depicts, look only at the conic section's eccentricity.

will give an ellipse.

will give a parabola.

will give a hyperbola.

First, put the given polar equation into one of the forms seen above by dividing everything by.

Now, for the given conic section,so it must be an ellipse.

Recall that the polar equations of conic sections can come in the following forms:

, whereis the eccentricity of the conic section.

To determine what conic section the polar graph depicts, look only at the conic section's eccentricity.

will give an ellipse.

will give a parabola.

will give a hyperbola.

First, put the given polar equation into one of the forms seen above by dividing everything by.

Now, for the given conic section,so it must be a parabola.