aero space engineering jobs mcqs

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Remember, the Pakistan Armed Forces seek individuals of exceptional intellect, unwavering determination, and an unwavering commitment to serving their nation. With dedication and perseverance, you too can be among the chosen few, ready to safeguard the sovereignty of Pakistan. If you want to clear tests of Aero Space Engineering then visit here and do online practice. 

Aero Space Engineering Free Online MCQs

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Aero Space Enginering Quiz

Infiltration rate is generally lower in soil of:-

Disc separator separates materials on the basis of:-

The first preferred way to resolve a dispute between the contracting parties is:-

Smaller change in viscosity of oil with temperature indicates:-

The BHP of an engine indicates:-

The gap of spark plug generally should be;-

A contribution of hydropower in total world energy power is about :-

The temperature at which fuel catches fire is:-

Along with the whole wingspan, the vortex loss the strength:-

Rational formula is only capable to small size catchment which has an area:-

The solar radiation receive by every square meter :-

Due to which principle the aircraft flies in the atmosphere:-

Heavy draft of a disc harrow is due to:-

The shock wave is formed in:-

Which of the method ,the separation of bran without loss of endospam is possible;-

The volume of liquid required for orchard spraying is about:-

The wake structure is classified into how many types;-

Brake horsepower of an engine can be measured by:-

Which of the following is kinetic energy SI unit:-

Vibration is measured by;-

Lubricants obtained from vegetables is suitable for:-

Volumetric efficiency of piston pump is about :-

Blower is a part of:-

A angle through which the earth  must turn to bring the  meridian of a point directly in time with sunrays is:-

Besides Luxury cars, Rolls Royce is also known for:-

Aero Space Engineering Jobs MCQs

Most commonly asked questions of Aero Space Engineering (Part-1)

  1. The primary goal of aerospace engineering is to design and develop _______ for travel and exploration beyond Earth’s atmosphere.

    • Answer: spacecraft and aircraft.
  2. Aerospace engineers focus on the study of _______ and their applications in flight and space exploration.

    • Answer: aerodynamics and fluid dynamics.
  3. In aerospace engineering, propulsion systems play a vital role in generating _______ for spacecraft and aircraft.

    • Answer: thrust.
  4. The design and manufacturing of lightweight yet strong materials are crucial in the construction of _______.

    • Answer: aerospace structures.
  5. _______ is a fundamental concept in aerospace engineering, describing the force exerted by air molecules as an aircraft moves through the atmosphere.

    • Answer: Drag.
  6. Aerospace engineers utilize advanced technologies such as _______ to simulate and analyze the behavior of aerospace systems.

    • Answer: Computational Fluid Dynamics (CFD).
  7. Satellites, a key component of space engineering, are launched into orbit for purposes such as _______ and telecommunications.

    • Answer: Earth observation.
  8. In the field of aerospace engineering, avionics refers to the integration of _______ systems in aircraft and spacecraft.

    • Answer: electronic and computer systems.
  9. __________ is a branch of aerospace engineering that deals with the design and operation of aircraft.

    • Answer: Aeronautics.
  10. The study of spacecraft and their journey beyond Earth’s atmosphere falls under the category of _______.

    • Answer: Astronautics.
  11. The Apollo program, known for the first human moon landing, is a significant milestone in the history of _______.

    • Answer: space exploration.
  12. In aerospace engineering, wind tunnels are used to simulate _______ conditions for testing and analyzing aircraft and spacecraft designs.

    • Answer: aerodynamic.
  13. Aerospace engineers constantly explore innovative materials, like ______, to enhance the performance and efficiency of aerospace structures.

    • Answer: carbon fiber composites.
  14. The study of how vehicles behave as they re-enter Earth’s atmosphere is crucial in the field of _______.

    • Answer: re-entry dynamics.
  15. _______ is a propulsion system commonly used in aerospace engineering, relying on the ejection of high-speed exhaust gases for thrust.

    • Answer: Rocket propulsion.
  16. In the realm of space exploration, the concept of _______ involves using gravitational forces to assist spacecraft in their trajectory.

    • Answer: gravitational slingshot.
  17. Aerospace engineers play a key role in designing and optimizing aircraft components like _______, ensuring safety and efficiency.

    • Answer: wings and fuselage.
  18. The principles of _______ guide the design and functionality of control systems in aerospace engineering.

    • Answer: feedback control.
  19. __________ is a phenomenon in aerospace engineering where shockwaves form as an aircraft approaches the speed of sound.

    • Answer: sonic boom.
  20. The International Space Station (ISS) serves as a collaborative space engineering project, fostering _______ and research.

    • Answer: international cooperation.
  21. The field of aerospace engineering encompasses the study of _______ materials, resistant to extreme temperatures and conditions.

    • Answer: thermal-resistant.
  22. Aerospace engineers use _______ to study the structural integrity of components and ensure they withstand the rigors of space travel.

    • Answer: Finite Element Analysis (FEA).
  23. The study of orbital mechanics is crucial for understanding the trajectories of _______ in space.

    • Answer: satellites and spacecraft.
  24. Aerospace engineering involves the development of cutting-edge _______ systems, enabling precise navigation and control.

    • Answer: guidance and navigation.
  25. The field of aerospace engineering contributes to the advancement of _______ technologies, including GPS and satellite communication.

    • Answer: communication.

Aero Space Engineering Basics MCQs

Most commonly asked questions of Aero Space Engineering (Part-2)

  1. _________ is a key consideration in spacecraft design, ensuring systems can withstand the harsh conditions of outer space.

    • Answer: space environment survivability.
  2. Aerospace engineers are involved in the design and testing of _______ systems, crucial for the safety of astronauts during space missions.

    • Answer: life support.
  3. __________ is an aerospace engineering discipline that focuses on designing and testing aircraft and spacecraft for optimal performance.

    • Answer: Performance engineering.
  4. The concept of _______ is central to aerospace engineering, involving the study of air and space travel at speeds greater than the speed of sound.

    • Answer: supersonic flight.
  5. In space exploration, _______ are utilized to capture and transmit images and data from distant celestial bodies.

    • Answer: robotic probes.
  6. Aerospace engineering contributes to the development of advanced _______ systems for communication and data transmission.

    • Answer: satellite communication.
  7. ________ is a crucial factor in aerospace engineering, influencing the design and efficiency of propulsion systems.

    • Answer: Combustion efficiency.
  8. Aerospace engineers use advanced software for _______ analysis, ensuring the structural integrity of spacecraft and aircraft.

    • Answer: stress and strain.
  9. The study of _______ involves understanding how aircraft and spacecraft respond to external forces and control inputs.

    • Answer: dynamics.
  10. _______ are critical in space engineering for power generation in spacecraft, utilizing solar energy in the vacuum of space.

    • Answer: solar panels.
  11. Aerospace engineers address the challenges of _______ to ensure the reliability and safety of space missions.

    • Answer: microgravity.
  12. _______ is an aerospace engineering concept that involves altering the trajectory of a spacecraft using onboard propulsion.

    • Answer: trajectory correction.
  13. Aerospace engineering research contributes to the development of _______ technologies, enhancing the efficiency of space travel.

    • Answer: propulsion.
  14. The study of aerodynamic forces involves understanding the role of _______ in the lift and drag experienced by aircraft and spacecraft.

    • Answer: air pressure.
  15. In space engineering, _______ are deployed to measure and analyze various parameters in the vacuum of space.

    • Answer: scientific instruments.
  16. Aerospace engineers employ _______ techniques to optimize the design and performance of aerospace structures.

    • Answer: computational optimization.
  17. The exploration of _______ is a significant aspect of space engineering, involving the study of planets, moons, and celestial bodies.

    • Answer: planetary science.
  18. The study of _______ is crucial in aerospace engineering to understand the effects of atmospheric conditions on flight.

    • Answer: meteorology.
  19. Aerospace engineers design thermal protection systems to shield spacecraft during _______ as they re-enter Earth’s atmosphere.

    • Answer: atmospheric re-entry.
  20. _______ technologies play a pivotal role in aerospace engineering, allowing for precise navigation and communication in space.

    • Answer: GPS and satellite navigation.
  21. Aerospace engineering contributes to the development of _______ systems for the deployment and retrieval of spacecraft.

    • Answer: launch and recovery.
  22. The concept of _______ involves the study of spacecraft movement in orbit and the factors influencing their trajectories.

    • Answer: orbital dynamics.
  23. Aerospace engineers study the effects of _______ on spacecraft and aircraft, considering their impact on performance and safety.

    • Answer: external forces.
  24. __________ is a key focus in aerospace engineering, involving the study of materials that can endure extreme temperature variations.

    • Answer: thermal resistance.
  25. Aerospace engineers use advanced simulation tools to analyze and optimize the _______ of spacecraft and aircraft.

    • Answer: aerodynamic performance.

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