They are directly proportional.

They are inversely proportional.

They are independent of each other.

$$H = \frac{f^2}{Nc}$$

$$H = \frac{Nc}{f^2}$$

$$H = \frac{f}{Nc}$$

It increases as the focal length increases.

It decreases as the focal length increases.

It remains the same regardless of the focal length.

It increases as the aperture increases.

It decreases as the aperture increases.

It remains the same regardless of the aperture.

The smallest circle of light that can be perceived as a point by the human eye.

The distance between the lens and the film plane.

The distance between the lens and the subject.

It determines the range of distances that will be in focus.

It determines the overall sharpness of the image.

It has no effect on the sharpness of the image.

Use a hyperfocal distance calculator.

Use a depth of field calculator.

Use a trial and error method.

To ensure that the entire panorama is in focus.

To avoid having to focus multiple times while shooting the panorama.

To minimize the amount of post-processing required.

Not considering the hyperfocal distance when choosing a focus point.

Using the same hyperfocal distance for all shots, regardless of the conditions.

Not taking into account the effects of wind and camera shake on the hyperfocal distance.

Use a sturdy tripod to minimize camera shake.

Use a small aperture to increase the depth of field.

Focus on a point that is one-third of the way into the scene.

The hyperfocal distance is the distance from the nodal point to the point of focus.

The hyperfocal distance is the distance from the nodal point to the nearest object in focus.

The hyperfocal distance is the distance from the nodal point to the farthest object in focus.

It increases as the image format increases.

It decreases as the image format increases.

It remains the same regardless of the image format.

The hyperfocal distance increases as the angle of view increases.

The hyperfocal distance decreases as the angle of view increases.

The hyperfocal distance is independent of the angle of view.

It increases as the subject distance increases.

It decreases as the subject distance increases.

It remains the same regardless of the subject distance.