The 4 main forces of flight are: drag, thrust, lift and weight
Radar on an airplane is used to detect and avoid severe weather, namely thunderstorms.it is also used to detect enemy or friendly air crafts surrounding the area of flight.It keeps an aircraft present on other aircraft radars and also on the ground radars. Transport aircraft do NOT detect other aircrafts. It MAY on military airplanes but again NOT on transport aircraft.
US Military fighter aircraft
A satellite is generally something that orbits another, such as the moon, and an aircraft is, for the most part, used in the lower parts of the atmosphere, and usually contain one or more passengers.
An airplane doesnt HAVE to have a pointy nose. But aircraft designers are constantly looking for ways to reduce aerodynamic drag, and so aircraft are designed to be as streamlined as possible. Indeed many older aircraft dont have a pointy nose at all. Look up the Boeing stearman, the P-47 thunderbolt or the "super guppy" for examples.
It is the registration of an aircraft. G-DMSS is an ex RAF Gazelle Helicopter.
forces on aircraft
The total net force on an aircraft in flight is usually studied in terms of four perpendicular componentsreferred to as lift, weight, thrust, and drag.
The Battle of Midway was fought entirely at sea by aircraft from Japan's aircraft carrier forces, the United States Navy aircraft carrier forces, and land-based aircraft from Midway.
The four forces of flight acting on an airplane in flight are, Lift,Weight,Thrust and Drag. They are all in equilibrium when an unaccelerated flight is exist.
The forces acting on an aircraft at any given point in time are lift, drag, thrust and weight. I would add that there are Friction forces if the aircraft is still touching the runway.
Any aircraft flown by opposition forces was the enemy aircraft. Without knowing which country you are refering to, it is not possible to list the airplanes.
Lift is the aerodynamic force that helps an aircraft overcome gravity and stay airborne. Opposing forces typically refer to drag, which is the aerodynamic force that acts in the opposite direction to the aircraft's motion, slowing it down. These forces play key roles in the flight dynamics of an aircraft.
IBF in force stands for In-By-Forces, which refers to the forces acting on an aircraft due to the flow of air around it. These forces include induced drag, parasite drag, and lift. IBF helps to quantify the forces affecting an aircraft in flight.
Aircraft are equipped with instruments that measure the G-forces. That doesn't mean it detects gravity. Instead, these measure the forces on the aircraft, where 1 G Down is the normal weight of the aircraft. This information is recorded and stored on the aircraft and Flight Data Recorder so mechanics can determine if the aircraft experienced a hard landing or other heavy load.
lift,thrust,weight,drag,
Lift is desired. Drag is undesirable
the forces are equal to balance the aircraft in flight