The closest distance at which a lens can focus.

The farthest distance at which a lens can focus.

The distance at which a lens produces the sharpest image.

The distance at which a lens produces the most depth of field.

The focal length of the lens.

The aperture of the lens.

The distance to the subject.

All of the above.

Use the hyperfocal distance formula.

Use a depth of field calculator.

Use a hyperfocal distance chart.

All of the above.

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

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

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

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

The smallest point of light that can be resolved by the human eye.

The smallest point of light that can be resolved by a lens.

The smallest point of light that can be resolved by a camera sensor.

All of the above.

The hyperfocal distance is the point at which the depth of field is the greatest.

The hyperfocal distance is the point at which the depth of field is the smallest.

The hyperfocal distance is the point at which the depth of field is equal in front of and behind the subject.

The hyperfocal distance is the point at which the depth of field is infinite.

When you want to maximize the depth of field.

When you want to minimize the depth of field.

When you want to focus on a specific subject.

When you want to focus on a group of subjects.

Not using the hyperfocal distance when they should.

Using the hyperfocal distance when they shouldn't.

Miscalculating the hyperfocal distance.

All of the above.

Learn how to calculate the hyperfocal distance correctly.

Use a depth of field calculator.

Use a hyperfocal distance chart.

All of the above.

Use a tripod to keep your camera steady.

Use a small aperture to increase the depth of field.

Focus on the nearest point of interest.

All of the above.

The hyperfocal distance is the point at which the depth of field is the greatest.

The hyperfocal distance is the point at which the depth of field is the smallest.

The hyperfocal distance is the point at which the depth of field is equal in front of and behind the subject.

The hyperfocal distance is the point at which the depth of field is infinite.

The hyperfocal distance increases as the aperture increases.

The hyperfocal distance decreases as the aperture increases.

The hyperfocal distance remains the same as the aperture changes.

The hyperfocal distance is not affected by the aperture.

The hyperfocal distance increases as the focal length increases.

The hyperfocal distance decreases as the focal length increases.

The hyperfocal distance remains the same as the focal length changes.

The hyperfocal distance is not affected by the focal length.

The hyperfocal distance increases as the distance to the subject increases.

The hyperfocal distance decreases as the distance to the subject increases.

The hyperfocal distance remains the same as the distance to the subject changes.

The hyperfocal distance is not affected by the distance to the subject.