p U+0070 Unicode文字 0g0.org

p U+0070 Unicode文字

Unicode

U+0070

p

分類

基本ラテン文字（ASCII互換） Basic Latin - 1

数値文字参照

p p

URLエンコード(UTF-8)

URLエンコード(EUC-JP)

URLエンコード(SHIFT_JIS)

ユニコード名

LATIN SMALL LETTER P

一般カテゴリ－

Letter, Lowercase（文字，小文字）

文字化けする可能性のある文字

UTF-16 : �

Base64エンコード : cA==

「p」に似ている意味の文字

「p」に似ている形の文字

「p」の文字を含む単語

pの説明

ラテンアルファベット基本文字
大文字: A - B - C - D - E - F - G - H - I - J - K - L - M - N - O - P - Q - R - S - T - U - V - W - X - Y - Z
小文字: a - b - c - d - e - f ...[出典:Wiktionary]

pの文字を使った例文

Pterodactyl, the extinct genus of flying reptiles from the late Jurassic period, is an endlessly fascinating subject for paleontologists and amateurs alike. With their distinctive elongated beaks and bat-like wings, these creatures roamed the skies over 150 million years ago. The discovery of Pterodactyl fossils continues to shed new light on the ancient world, as well as inspire new discoveries in flight and aerodynamics. Pterodactyls, despite their name, were not actually dinosaurs - they were part of a group called pterosaurs, which were closely related but separate from the dinosaurs. They were incredibly diverse, with over 150 species known to exist. Some were as small as sparrows, while others had wingspans of 30 feet or more. One of the most famous pterodactyls is Pteranodon, with its distinctive elongated crest that served as a balancing mechanism during flight. The ability to fly is one of the most remarkable adaptations in the animal kingdom, and pterodactyls were no exception. Their wings were made of skin stretched over elongated finger bones, providing a lightweight but sturdy structure for flight. One of the most intriguing aspects of pterosaur flight is the question of how they took off. With their long wings, it's unlikely that they could have launched themselves from a standing position, but there is still much debate among scientists about the mechanics of their takeoff. Beyond their physical attributes, Pterodactyls provide a window into the biodiversity of the Jurassic period. They lived alongside dinosaurs like Stegosaurus and Allosaurus, and were part of a complex ecosystem that we are still working to fully understand. In recent years, new technologies like CT scans and 3D modeling have allowed scientists to get a more detailed look at Pterodactyl fossils, revealing new insights into their anatomy and behavior. Perhaps the most exciting aspect of Pterodactyl research is the way in which it continues to inspire new discoveries. Engineers and scientists have long been fascinated by the mechanics of flight, and the unique challenges faced by Pterodactyls offer valuable lessons for those seeking to design more efficient aircraft. Researchers have even created robotic Pterodactyls to test new flight theories, proving that the legacy of these creatures is far from over. It is truly remarkable that a creature as fascinating as the Pterodactyl could capture our imaginations and inspire new scientific discoveries over 150 million years after it went extinct. The study of these creatures is a reminder of the incredible complexity and diversity of the natural world, and the work that still remains to be done in unlocking its secrets.

(この例文はAIにより作成されています。特定の文字を含む文章を出力していますが内容が正確でない場合があります。)