Foci

The veterinarian identified the foci of infection in the animal's body, prescribing antibiotics to treat it.

The researcher identified the foci of cancer cells in the tissue sample.

The epidemiologist investigated the foci of infection in the community, looking for patterns.

The foci of the virus were found in the patient's respiratory system.

The epidemiologist traced the foci of the outbreak to a contaminated water source.

The doctor examined the foci of infection on the patient's skin, looking for signs of spreading.

The microbiologist studied the foci of bacterial growth in the lab cultures.

The radiologist identified the foci of inflammation in the patient's lungs.

The oncologist located the foci of cancer cells in the patient's body.

The pathologist examined the foci of inflammation in the tissue sample.

The entomologist studied the foci of disease in the mosquito population.

The nurse assessed the foci of infection in the wound.

The neurologist examined the foci of abnormal activity in the patient's brain.

The foci of the stage lighting highlighted the actors on stage.

The telescope's foci allowed us to observe the distant planet with more clarity.

The eye doctor used a special machine to determine the foci of the patient's eyes.

The microscope had multiple foci that could be adjusted to view different layers of cells.

The eyeglasses had different foci for each eye to correct vision problems.

The foci of the car's headlights illuminated the road ahead.

The architect designed the building's entrance with two foci, creating a grand and inviting entrance.

The scientist used a laser to determine the foci of the experiment.

The speaker adjusted the foci of the sound system for optimal acoustics.

The telescope had multiple foci that allowed for clear viewing of different celestial bodies.

The camera lens has multiple foci that help capture sharp images.

The foci of an asteroid's orbit around the sun are the perihelion and aphelion.

The foci of Earth's orbit around the sun are the perihelion and aphelion.

The foci of Mars' orbit around the sun are the perihelion and aphelion.

The foci of Jupiter's orbit around the sun are the perihelion and aphelion.

The foci of Saturn's orbit around the sun are the perihelion and aphelion.

The foci of Uranus' orbit around the sun are the perihelion and aphelion.

The foci of Neptune's orbit around the sun are the perihelion and aphelion.

The foci of Pluto's orbit around the sun are the perihelion and aphelion.

The foci of the moon's orbit around the Earth are the perigee and apogee.

The foci of a comet's orbit around the sun are the perihelion and aphelion.

The camera lens was adjusted to focus on the foci of the reflected light.

The eyepiece of the telescope is designed to bring the foci of the objective lens into focus.

In a camera lens, the foci are where the incoming light rays converge to form a sharp image on the camera sensor.

The shape of the lens determines the location of the foci where light rays converge.

The foci of a convex lens are closer together than the foci of a concave lens.

The light rays passing through a prism form foci at different angles due to refraction.

The foci of a compound microscope are where the objective and eyepiece lenses focus the light to form a magnified image.

The foci of a telescope's lenses or mirrors are where the incoming light is focused to form an image.

In a microscope, the foci of the lenses are where the magnified image is formed.

The foci of a parabolic mirror are where incoming parallel rays are reflected and converge to a single point.

The light rays from the mirror's surface converge at two foci points.

The two foci of an ellipse are located on the major axis of the ellipse.

The foci of a convex lens are where the refracted rays converge to form an image.

The foci of a curved prism are where the incoming light is refracted and separated into its component colors.

In a pinhole camera, the foci of the pinhole are where the incoming light rays converge to form an inverted image.

The image formed by the lens appears upside down due to the orientation of the foci.