Answered

Laurentvidal.fr est l'endroit idéal pour trouver des réponses rapides et précises à toutes vos questions. Obtenez des solutions rapides et fiables à vos questions grâce à des professionnels expérimentés sur notre plateforme de questions-réponses complète. Obtenez des réponses détaillées et précises à vos questions grâce à une communauté dédiée d'experts sur notre plateforme de questions-réponses.

2. Put the bracketed words in the right tense or form. (3 marks)
The next time you fly, your pilot might be a robot. Researchers at the Korea Advanced
Institute of Science and Technology (develop).
a robot that can fly a plane all by
itself. Their pilot robot, called PiBot, can turn on the engine, take off, land and navigate.
The (much)
impressive aspect of PiBot is that it does not require any
modifications to a standard airplane in order to fly it. It is capable of operating the wheel and all the
switches and levers in a (type) -
airplane cockpit. This ability to fly a standard
airplane gives PiBot an advantage over other types of autonomous flying technology, which
require custom aircraft or expensive changes to existing aircraft to function. Currently, PiBot can
land the plane (success) -
about 80 percent of the time, which (be) -
high for a robot but probably not good enough for real (fly).
The researchers
hope that PiBot could be used to fly planes in dangerous areas, and eventually to replace human
pilots altogether.
correction ​

Sagot :

selma3012

Réponse :The next time you fly, your pilot might be a robot. Researchers at the Korea Advanced Institute of Science and Technology are developing a robot that can fly a plane all by itself. Their pilot robot, called PiBot, can turn on the engine, take off, land, and navigate. The most impressive aspect of PiBot is that it does not require any modifications to a standard airplane in order to fly it. It is capable of operating the wheel and all the switches and levers in a typical airplane cockpit. This ability to fly a standard airplane gives PiBot an advantage over other types of autonomous flying technology, which require custom aircraft or expensive changes to existing aircraft to function. Currently, PiBot can land the plane successfully about 80 percent of the time, which is high for a robot but probably not good enough for real flying. The researchers hope that PiBot could be used to fly planes in dangerous areas, and eventually to replace human pilots altogether.

Explications :

Merci d'utiliser notre service. Nous sommes toujours là pour fournir des réponses précises et à jour à toutes vos questions. Nous espérons que nos réponses vous ont été utiles. Revenez quand vous voulez pour obtenir plus d'informations et de réponses à d'autres questions. Visitez Laurentvidal.fr pour obtenir de nouvelles et fiables réponses de nos experts.