โ† All Product Photography Flashcard Decks

Product Photography Camera Settings and Lenses Questions and Answers Flashcards

6 cards from real Product Photography practice questions. Tap to flip, then mark Knew It or Still Learning โ€” missed cards come back until you master them.

Read the first 6 Product Photography Camera Settings and Lenses Questions and Answers flashcards as text
  1. Why is shooting in RAW format preferred over JPEG for product photography?

    Answer: RAW preserves more data for post-processing adjustments

    RAW files retain maximum sensor data, allowing greater flexibility in adjusting exposure, color, and white balance during editing.

  2. What effect does using a tilt-shift lens have in product photography?

    Answer: It allows control of the plane of focus without moving the camera

    A tilt-shift lens lets you tilt the focus plane to keep an entire product sharp even at wider apertures.

  3. When photographing a white product on a white background, what camera metering adjustment is typically needed?

    Answer: Increase exposure compensation by 1-2 stops

    Camera meters tend to underexpose white scenes, so adding +1 to +2 stops of exposure compensation keeps whites looking truly white.

  4. What is chromatic aberration and how does it affect product images?

    Answer: Color fringing along high-contrast edges caused by the lens failing to focus all wavelengths to the same point

    Chromatic aberration occurs when a lens cannot converge all colors at the same focal point, creating colored fringes along edges.

  5. Which white balance setting is most appropriate when shooting products under continuous LED studio lights?

    Answer: Custom or manual white balance using a gray card

    LED color temperatures vary by manufacturer, so setting a custom white balance with a gray card ensures the most accurate color reproduction.

  6. What problem does diffraction cause when using very small apertures like f/22 or f/32 for product shots?

    Answer: Overall image softness despite greater depth of field

    At very small apertures, light bends around the aperture blades causing diffraction, which reduces overall image sharpness.