Heavier-than-air in a sentence
Antonym: lighter-than-air
Meaning: Referring to objects that require lift to fly; often used in discussions of aviation.
(1) The Wright brothers invented the first heavier-than-air flying machine.
(2) The concept of a heavier-than-air aircraft revolutionized transportation.
(3) The physics behind the flight of a heavier-than-air object is fascinating.
(4) The study of aeronautics focuses on the science behind heavier-than-air travel.
(5) The military extensively uses heavier-than-air drones for surveillance purposes.
(6) The ability to fly in a heavier-than-air craft has transformed the way we travel.
(7) The Wright brothers were pioneers in developing heavier-than-air flying machines.
(8) The construction of a heavier-than-air aircraft requires a strong and rigid frame.
(9) The concept of heavier-than-air flight revolutionized the transportation industry.
(10) The aviation industry heavily relies on the principles of heavier-than-air flight.
Heavier-than-air sentence
(11) The principles of aerodynamics are crucial for designing heavier-than-air vehicles.
(12) The principles of heavier-than-air flight are taught in aviation schools worldwide.
(13) The invention of the helicopter introduced a new type of heavier-than-air aircraft.
(14) The ability to control and maneuver a heavier-than-air craft requires skilled pilots.
(15) The principles of aerodynamics are crucial for understanding heavier-than-air flight.
(16) The military has extensively utilized heavier-than-air aircraft for various purposes.
(17) The construction of a heavier-than-air vehicle involves a complex engineering process.
(18) The invention of the helicopter expanded the possibilities of heavier-than-air flight.
(19) The first successful heavier-than-air flight took place in Kitty Hawk, North Carolina.
(20) The military utilizes various types of heavier-than-air vehicles for combat operations.
Heavier-than-air make sentence
(21) The first successful flight of a heavier-than-air vehicle was a monumental achievement.
(22) The aerospace industry continues to push the boundaries of heavier-than-air technology.
(23) The advent of jet engines further enhanced the capabilities of heavier-than-air planes.
(24) The use of propellers is common in most heavier-than-air aircraft for generating thrust.
(25) The development of supersonic aircraft pushed the boundaries of heavier-than-air flight.
(26) The development of heavier-than-air technology has greatly influenced global connectivity.
(27) The concept of a heavier-than-air vehicle was initially met with skepticism and disbelief.
(28) The principles of lift and drag are fundamental to the flight of a heavier-than-air object.
(29) The exploration of space requires the use of advanced spacecraft that are heavier-than-air.
(30) The Boeing 747 is one of the most iconic examples of a heavier-than-air commercial airplane.
Sentence of heavier-than-air
(31) The use of radar technology is crucial for air traffic control of heavier-than-air vehicles.
(32) The principles of heavier-than-air flight are based on the laws of physics and aerodynamics.
(33) The military employs various tactics to counter enemy attacks using heavier-than-air missiles.
(34) The use of wind tunnels is common in the testing and development of heavier-than-air vehicles.
(35) The aviation industry has seen tremendous advancements in the field of heavier-than-air travel.
(36) The dream of human flight became a reality with the invention of the heavier-than-air aircraft.
(37) The principles of flight control are essential for safely operating a heavier-than-air vehicle.
(38) The use of flaps and ailerons allows pilots to control the movement of heavier-than-air planes.
(39) The military relies heavily on the use of heavier-than-air vehicles for reconnaissance missions.
(40) The advent of the jet engine revolutionized the speed and efficiency of heavier-than-air travel.
Heavier-than-air meaningful sentence
(41) The ability to fly in a heavier-than-air craft is a testament to human ingenuity and innovation.
(42) The construction of a heavier-than-air glider requires careful attention to weight distribution.
(43) The advent of heavier-than-air flight opened up new possibilities for exploration and adventure.
(44) The development of propellers played a vital role in the advancement of heavier-than-air flight.
(45) The study of aeronautical engineering involves designing and building heavier-than-air vehicles.
(46) The development of the jet engine greatly enhanced the capabilities of heavier-than-air aircraft.
(47) The study of aerodynamics is crucial for understanding the behavior of heavier-than-air vehicles.
(48) The introduction of autopilot systems has greatly improved the safety of heavier-than-air planes.
(49) The study of aviation history provides insights into the evolution of heavier-than-air technology.
(50) The concept of drag plays a significant role in the design of efficient heavier-than-air aircraft.
Heavier-than-air sentence examples
(51) The development of stealth technology has made heavier-than-air military aircraft less detectable.
(52) The study of aerodynamics is essential for understanding the principles of heavier-than-air flight.
(53) The design of a heavier-than-air vehicle must take into account factors such as weight and balance.
(54) The Wright Flyer, the first successful heavier-than-air aircraft, made its historic flight in 1903.
(55) The advent of heavier-than-air transportation opened up new possibilities for exploration and trade.
(56) The development of unmanned aerial vehicles has expanded the applications of heavier-than-air flight.
(57) The principles of aerodynamics are crucial for the successful operation of heavier-than-air vehicles.
(58) The concept of lift is essential for the successful operation of any heavier-than-air flying machine.
(59) The concept of center of gravity is essential for maintaining stability in heavier-than-air vehicles.
(60) The study of the history of heavier-than-air flight reveals the remarkable progress made in aviation.
Sentence with heavier-than-air
(61) The wings of an airplane provide the necessary lift for a heavier-than-air aircraft to stay airborne.
(62) The construction of airports and runways is essential for the operation of heavier-than-air vehicles.
(63) The future of heavier-than-air travel holds exciting possibilities for exploration and transportation.
(64) The ability to fly in a heavier-than-air craft has made the world feel smaller and more interconnected.
(65) The invention of the airplane marked a significant milestone in the history of heavier-than-air flight.
(66) The invention of the airplane marked a significant milestone in the history of heavier-than-air travel.
(67) The future of aviation holds the promise of even more advanced and efficient heavier-than-air vehicles.
(68) The development of unmanned aerial vehicles has expanded the applications of heavier-than-air technology.
(69) The construction of a heavier-than-air vehicle requires a combination of engineering and design expertise.
(70) The invention of the helicopter expanded the possibilities of vertical takeoff for heavier-than-air aircraft.
(71) The use of wind shear can pose a significant challenge for heavier-than-air pilots during takeoff and landing.
(72) The invention of the airplane marked a significant milestone in the development of heavier-than-air technology.
(73) The aviation industry heavily relies on the principles of heavier-than-air flight for safe and efficient travel.
(74) The development of lightweight materials has significantly improved the performance of heavier-than-air vehicles.
(75) The development of safer and more efficient engines has greatly improved the performance of heavier-than-air aircraft.
Heavier-than-air meaning
Heavier-than-air is an adjective that is commonly used to describe objects or vehicles that are capable of flying and are supported by the force of air pressure acting against their weight. In this article, we will explore various tips on how to use the word "heavier-than-air" or the phrase "heavier-than-air" in a sentence effectively.
1. Definition and Context: Before using the term "heavier-than-air" in a sentence, it is essential to understand its meaning and context. Make sure you are familiar with the concept of flight and the distinction between heavier-than-air and lighter-than-air objects. This will help you use the term accurately and appropriately.
2. Technical and Scientific Writing: "Heavier-than-air" is commonly used in technical or scientific writing, particularly in the field of aviation. When writing about aircraft, drones, or any flying machines, it is crucial to use this term to describe their nature. For example: - "The Wright brothers' invention of the heavier-than-air flying machine revolutionized the world of aviation."
3. Comparative Statements: "Heavier-than-air" can be used to make comparative statements, highlighting the difference between objects that can fly and those that cannot. For instance: - "Unlike balloons, which are lighter-than-air, airplanes are heavier-than-air vehicles that require engines for propulsion."
4. Historical References: When discussing the history of aviation or significant milestones in flight, incorporating the term "heavier-than-air" can add depth and accuracy to your writing. For example: - "The first successful heavier-than-air flight was achieved by the Wright brothers on December 17, 1903."
5. Describing Flight Characteristics: "Heavier-than-air" can be used to describe the flight characteristics of various aircraft. It emphasizes the fact that these vehicles rely on aerodynamic principles to generate lift. For instance: - "The Boeing 747 is a massive, heavier-than-air aircraft capable of carrying hundreds of passengers across long distances."
6. Explaining Aerodynamics: When discussing the principles of flight or aerodynamics, using the term "heavier-than-air" can help clarify the concept. For example: - "The shape of an airplane's wings is designed to generate lift, allowing the heavier-than-air vehicle to overcome gravity and take flight."
7. Comparing Different Types of Aircraft: "Heavier-than-air" can be used to compare different types of aircraft, highlighting their unique characteristics. For instance: - "Helicopters, although also capable of flight, operate differently from fixed-wing airplanes due to their heavier-than-air design and rotary wings."
8. Educational or Informative Writing: If you are writing an educational or informative piece about aviation, incorporating the term "heavier-than-air" can enhance the accuracy and credibility of your content. For example: - "In this lesson, we will explore the principles of flight and delve into the concept of heavier-than-air vehicles."
9. Avoid Redundancy: When using the term "heavier-than-air," it is important to avoid redundancy by not repeating the same information. Ensure that the context or the sentence structure already implies the concept of flight. For example: - Incorrect: "Airplanes are a type of heavier-than-air flying machine." - Correct: "Airplanes are heavier-than-air vehicles."
10. Proofread and Edit: Lastly, always proofread and edit your sentences to ensure proper usage of the term "heavier-than-air." Check for grammatical errors, clarity, and coherence to ensure your writing effectively conveys the intended meaning.
In conclusion, the term "heavier-than-air" is a valuable addition to your vocabulary, particularly when discussing aviation, flight, or aerodynamics. By following these tips, you can confidently incorporate this term into your writing, enhancing its accuracy and precision.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Heavier-than-air. They do not represent the opinions of TranslateEN.com.