One can quickly research airplanes in War Thunder by focusing on completing tasks and objectives in battles to earn Research Points (RP). Additionally, participating in events and special promotions can also provide bonus RP. Players can also use boosters and premium accounts to increase the rate at which they earn RP. Finally, joining a squadron or playing with friends can provide additional bonuses to RP earnings. **

Paper airplanes and real airplanes look different because they serve different purposes and are made of different materials. Paper airplanes are simple, lightweight toys made from folded paper, designed for short-distance flights. Real airplanes are complex machines made of metal and other materials, engineered for long-distance travel and carrying passengers or cargo. The shape, size, and materials used in real airplanes are carefully designed to ensure stability, lift, and control during flight, which is not necessary for paper airplanes. **

Yes, small airplanes can see other airplanes on certain apps designed for aviation. These apps use ADS-B (Automatic Dependent Surveillance-Broadcast) technology to display the location and identification of nearby aircraft. Pilots can use these apps to enhance situational awareness and avoid potential conflicts with other aircraft. However, it's important to note that not all small airplanes may be equipped with the necessary technology to be visible on these apps. **

No, the GFS presentation will not be evaluated as a project about airplanes. The GFS presentation is likely to be evaluated based on its content, organization, clarity, and relevance to the topic being presented, which in this case is the Global Forecast System. The evaluation will focus on the accuracy of the information presented, the effectiveness of the communication, and the overall quality of the presentation, rather than its subject matter being related to airplanes. **

No, the GFS presentation is not being evaluated as a project about airplanes. The GFS presentation likely refers to the Global Forecast System, a weather forecasting model used by meteorologists. Therefore, the evaluation would focus on the accuracy, clarity, and relevance of the weather information presented in the GFS model, rather than anything related to airplanes. **

Passenger airplanes are designed specifically for carrying passengers from one destination to another, while transport airplanes are designed to carry a variety of cargo, including goods, equipment, and sometimes passengers as well. Passenger airplanes are equipped with amenities and features to ensure the comfort and safety of the passengers, while transport airplanes are designed to efficiently transport cargo with minimal amenities. Additionally, passenger airplanes typically have a larger focus on passenger comfort and entertainment, while transport airplanes prioritize maximizing cargo space and weight capacity. **

No, airplanes cannot fly backwards. The design and aerodynamics of airplanes are such that they are only able to generate lift and propulsion in a forward direction. While some aircraft may have the ability to reverse on the ground using their engines, they are not capable of sustained flight in reverse. The physics of flight and the design of aircraft make it impossible for them to fly backwards. **

No, airplanes do not have horns. Instead, they use a variety of communication systems such as radios, transponders, and lights to signal their presence and intentions to other aircraft and ground personnel. Additionally, air traffic control provides guidance and instructions to pilots to help ensure safe and efficient operations in the airspace. **