How Do You Spell PARABOLIC MIRROR?

Pronunciation: [pˌaɹəbˈɒlɪk mˈɪɹə] (IPA)

The word "parabolic mirror" is spelled with emphasis on the second syllable of both words. The IPA phonetic transcription would be /pærəˈbɒlɪk/ /ˈmɪrə/. The first part of the word is pronounced with a short "a" and a stress on the second syllable, while the second part is pronounced with stress on the first syllable and a short "i". Parabolic mirrors are common in telescopes and satellite dishes, and are designed to reflect light to a specific point, making them useful in many applications.

PARABOLIC MIRROR Meaning and Definition

  1. A parabolic mirror refers to a type of mirror with a curved surface that follows a parabolic shape. The surface of a parabolic mirror is designed in such a way that light rays that strike it in parallel to the mirror's axis are reflected and redirected to a single focal point. This mirror, also known as a paraboloid mirror, has a reflective surface that is concave in shape, which means it curves inward.

    The characteristics of a parabolic mirror make it valuable in many applications, particularly in optical technologies. By focusing incoming light onto a single point, a parabolic mirror can create rather intense concentrations of energy. This ability of the parabolic mirror to focus light has various applications, including telescope systems, satellite dishes, and solar energy concentrators.

    In astronomical telescopes, parabolic mirrors are commonly used to gather and focus light from celestial objects onto an eyepiece or a camera. They allow astronomers to capture clearer and sharper images by reducing the aberrations that can be caused by spherical mirrors with a different curvature. Satellite dishes also utilize parabolic mirrors to gather signals and focus them onto a receptor, enabling communication over long distances.

    Additionally, parabolic mirrors are used in solar energy systems, where they concentrate sunlight onto a receiver or solar panel. This concentration of solar energy increases the efficiency of solar power systems by directing more light onto a smaller surface area, thereby producing more concentrated heat or generating more electricity. In summary, the parabolic mirror's distinctive shape and focusing capabilities make it an essential component in various optical and energy-related technologies.

Common Misspellings for PARABOLIC MIRROR

  • oarabolic mirror
  • larabolic mirror
  • -arabolic mirror
  • 0arabolic mirror
  • pzrabolic mirror
  • psrabolic mirror
  • pwrabolic mirror
  • pqrabolic mirror
  • paeabolic mirror
  • padabolic mirror
  • pafabolic mirror
  • patabolic mirror
  • pa5abolic mirror
  • pa4abolic mirror
  • parzbolic mirror
  • parsbolic mirror
  • parwbolic mirror
  • parqbolic mirror
  • paravolic mirror

Etymology of PARABOLIC MIRROR

The word "parabolic" comes from the Latin word "parabola", which itself derived from the Greek word "parabolē". In mathematics, a parabola refers to a specific type of curve. As for the word "mirror", it comes from the Latin word "mirari", meaning "to wonder at" or "to admire". When combined, "parabolic mirror" therefore refers to a mirror that has a shape of a parabola, resulting in certain optical properties.

Similar spelling words for PARABOLIC MIRROR

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