Hello, to work against the clock means that you have a limited amount of time to do something in.
No, we can't do your work for you.
It depends precisely on the inclination of the place in the direction where forced is apply, other wise two forces in opposite direction work in breaking the plane.
my flight will come an hour later
Well, yes, there are always those who argue against anything that will produce violence, no matter how essential and necessary the purpose.
In flight, lift and weight act in opposition to each other, with lift generated by the wings counteracting the force of gravity acting on the aircraft. Similarly, thrust and drag act in opposition, with the engine propulsion providing thrust to overcome the drag force caused by air resistance on the aircraft.
friction and gravity
centrifugal (forces that bring together) and centrifugal (forces that divide)
Friction is a force that resists movement by acting in the opposite direction of the motion. Other forces that can work against movement include drag, gravity, and air resistance. These forces can influence the speed and direction of an object in motion.
Two forces that can work against gravity are lift (such as in the case of a plane generating lift to counteract gravity) and buoyancy (such as in the case of a buoyant object in water being pushed upwards).
Some forces that work against a vehicle's movement include friction between the tires and the road surface, air resistance or drag, and gravity acting on the vehicle's weight. These forces can slow down the vehicle and affect its overall performance.
Resistance? Resistance.
Friction and air resistance are two forces that work against inertia. Friction occurs when two surfaces rub against each other, causing resistance to motion. Air resistance is caused by the friction of air molecules against an object moving through the air, slowing it down.
Kites fly by harnessing the lift force generated by the wind as it flows over the kite's surface. The shape and angle of the kite help create lift, while the tail helps stabilize and steer the kite. Gravity acts downward counteracting the lift force, and tension in the string keeps the kite connected to the flyer.
Flying buttresses experience compression forces from the weight of the building they support and tension forces from the forces exerted by the building pushing against them. These forces work together to stabilize and support the walls of the building.
Two forces work against each other when they act in opposite directions and have equal magnitude. The net effect is a cancellation of their respective effects, resulting in a balanced system. This equilibrium can result in a stationary object or a constant velocity motion.
No, kites need both wind and gravity to work.. and neither of those are in space.