Introducing Lockheed Martin’s SR-72 and its Implications for Globe Mathematics
Lockheed Martin’s SR-72 is an upcoming hypersonic aircraft that is scheduled for its first flight in 2023. With a top speed of Mach 6.7, or 4,598 miles per hour, the plane’s capabilities have prompted questions about the validity of globe mathematics. This article discusses the fascinating questions raised by the SR-72 and its potential impact on our understanding of Earth’s shape. We encourage you to watch the accompanying video to learn more about this groundbreaking aircraft.
The SR-72’s Curve Drop Challenge and Globe Mathematics
One blogger, intrigued by the SR-72’s specifications, pondered the amount of “curve drop” the plane would need to account for while traveling at top speed for an hour based on globe mathematics. According to the globe map, the plane would need to drop 2,108 miles of curve over an hour at full speed or 35 miles of drop per minute. This equates to a staggering 380 feet per second. The blogger contends that this is an absurd notion, as no aircraft could withstand such stresses.
The Reality of Aircraft Travel and Level Planes
The blogger highlights that all planes fly across a level plane, as common sense and demonstrable reality indicate. When examining fast planes and their specifications in relation to globe mathematics, every high-speed aircraft seems to contradict the concept of a curved Earth. The SR-72’s capabilities further challenge this notion.
Lockheed Martin’s SR-72: The Future of Hypersonic Travel
Lockheed Martin has confirmed that the SR-72, dubbed the “son of Blackbird,” will be able to reach any location in the world in just one hour, traveling at speeds exceeding 14,500 miles per hour. The blogger questions how much globe Earth curve or drop the SR-72 would need to navigate while achieving these remarkable speeds and traversing the Earth.
Challenging the Idea of a Curved Earth and the Validity of Globe Mathematics
In conclusion, the blogger raises doubts about the accuracy of globe mathematics, arguing that the SR-72’s ability to travel at such incredible speeds challenges the idea of a curved Earth. This thought-provoking inquiry encourages us to reconsider our understanding of the world around us.
