To capture and record images

To project images onto a screen

To edit and manipulate images

To store and organize images

Light entering the camera through a lens

Light reflecting off an object and entering the camera

Light being converted into electrical signals

Light being stored on a memory card

Lens, shutter, and aperture

Lens, image sensor, and memory card

Lens, viewfinder, and flash

Lens, battery, and tripod

To focus light onto the image sensor

To control the amount of light entering the camera

To change the angle of view of the camera

To zoom in and out on the subject

To control the amount of light entering the camera

To focus light onto the image sensor

To change the angle of view of the camera

To zoom in and out on the subject

To control the depth of field in an image

To control the amount of light entering the camera

To change the angle of view of the camera

To zoom in and out on the subject

DSLRs have a mirror that reflects light to the viewfinder, while mirrorless cameras do not

DSLRs have a larger sensor than mirrorless cameras

DSLRs are more expensive than mirrorless cameras

DSLRs are heavier than mirrorless cameras

Prime lenses are sharper than zoom lenses

Prime lenses have a wider maximum aperture than zoom lenses

Prime lenses are smaller and lighter than zoom lenses

All of the above

To keep the camera steady and prevent camera shake

To allow for longer exposures

To change the angle of the camera

To zoom in and out on the subject

Full-frame sensors are larger than crop sensors

Full-frame sensors have a higher resolution than crop sensors

Full-frame sensors have a wider dynamic range than crop sensors

All of the above

To store images and videos captured by the camera

To increase the camera's storage capacity

To allow for faster image transfer

All of the above

To allow the photographer to see the scene they are photographing

To focus the camera on the subject

To change the camera's settings

To zoom in and out on the subject

Optical viewfinders use a mirror to reflect light from the lens to the viewfinder, while electronic viewfinders use a digital sensor

Optical viewfinders are more accurate than electronic viewfinders

Optical viewfinders are brighter than electronic viewfinders

Optical viewfinders are smaller than electronic viewfinders

To provide additional light for low-light situations

To reduce red-eye in portraits

To freeze motion in fast-moving subjects

All of the above

A hot shoe has electrical contacts that allow it to power external flash units, while a cold shoe does not

A hot shoe is located on the top of the camera, while a cold shoe is located on the side of the camera

A hot shoe is larger than a cold shoe

A hot shoe is more expensive than a cold shoe