Weight, of the object is on dying bannanas.... quickly dying bannanas happy x-mas and!@#!@$!$#$#@4 you
The forces of gravity in both directions between the Earth and an object on it are equal,and act in opposite directions. The force from the object toward the Earth is what wecall the object's "weight" on Earth. The other force is so universally ignored that it isalso almost universally misunderstood. It acts in the direction from the Earth towardthe object, it is quite literally the Earth's weight on the object, and it is exactly equalto the other one.
A force acting on the object can cause it to change its velocity. The force could be due to interactions such as pushing, pulling, gravity, or friction.
Examples of forces that can move an object include pushing, pulling, gravity, friction, and air resistance. When a force is applied to an object, it can cause the object to accelerate or change its direction of motion.
Acceleration occurs when there is a change in an object's speed or direction, which requires a force to be applied to the object. This force can be from various sources, such as pushing, pulling, or gravity, and is necessary to overcome inertia and initiate the motion.
Pushes can be exerted by forces like gravity or a person pushing an object. Pulls can be exerted by forces like tension in a rope or a person pulling an object. Both pushes and pulls can cause motion by applying force to an object in the direction of the motion.
Gravitational Potential Energy.
The forces of gravity in both directions between the Earth and an object on it are equal,and act in opposite directions. The force from the object toward the Earth is what wecall the object's "weight" on Earth. The other force is so universally ignored that it isalso almost universally misunderstood. It acts in the direction from the Earth towardthe object, it is quite literally the Earth's weight on the object, and it is exactly equalto the other one.
A force acting on the object can cause it to change its velocity. The force could be due to interactions such as pushing, pulling, gravity, or friction.
Examples of forces that can move an object include pushing, pulling, gravity, friction, and air resistance. When a force is applied to an object, it can cause the object to accelerate or change its direction of motion.
Acceleration occurs when there is a change in an object's speed or direction, which requires a force to be applied to the object. This force can be from various sources, such as pushing, pulling, or gravity, and is necessary to overcome inertia and initiate the motion.
Pushes can be exerted by forces like gravity or a person pushing an object. Pulls can be exerted by forces like tension in a rope or a person pulling an object. Both pushes and pulls can cause motion by applying force to an object in the direction of the motion.
Objects move due to forces like gravity, friction, magnetic attraction, and applied forces from pushing or pulling. These forces can cause an object to accelerate, decelerate, or change direction.
it pulls the object towards the earth which kind of slows it down i guess. or is that friction? For an object travelling in the Earths atmosphere, or near to the Earth above the atmosphere, gravity provides a force pulling the object towards the centre of the Earth. Unless the object is travelling fast enough, what is called the escape velocity, this gravity force will ultimately cause the object to fall back to the surface. Friction is something else, the friction with the air in the atmosphere also slows the object, but this force acts in opposition to the direction of motion, not towards the Earths centre. To compute the trajectory of the object you need to take both forces into account.
A force that doesn't move is known as a static force. This type of force acts on an object but doesn't cause it to move. An example of a static force is the force of gravity pulling an object downward when it is placed on the ground.
Gravity
To cause an object to start moving, you need to apply a force to overcome its inertia. This force can be generated by pushing, pulling, or other means like gravity or magnetic fields. Once the force is greater than the object's inertia, it will start moving in the direction of the applied force.
Gravity affects deceleration by pulling objects toward the Earth, increasing the force needed to slow down or stop. When an object is decelerating, gravity adds to the resistance force opposing the motion, making it harder to come to a stop. The effect of gravity on deceleration can vary depending on the mass of the object and the force of gravity acting upon it.