I would need to know the magnitude, direction, and type of each force acting on the object, as well as the point of application. This information is essential for determining the net force acting on the object and predicting its motion using Newton's laws of motion.
Acceleration refers to a change in velocity, so accelerating at a constant speed would be a contradiction. If you want to maintain a constant speed, you need to ensure that the net force acting on the object is balanced so that there is no change in velocity. This means that the total external forces acting on the object must cancel out any resistance forces, like friction or air resistance.
Force acts on any object. Picture yourself pushing on a brick wall.Oh! Here's an even better way to look at it ...When you pick up a brick, you know there's a force of gravity acting on it. You can feel it pulling down.If you drop the brick, the force of gravity pulls it down to the ground.When the brick is part of a wall, the same force of gravity is still acting on it, even though it can't move.==============================I don't think you'll be able to name an object that doesn't have mass. Unless you want to talk aboutthe 'object of a sentence', the 'object of a preposition', or the 'object of your affection'. Those aren'tthe kind of 'objects' that Physics means when it talks about forces.
You would use Newton's Second Law when you want to calculate the acceleration of an object based on the net force acting on it and its mass. This law states that the acceleration of an object is directly proportional to the net force acting on it and inversely proportional to its mass. It is often used in physics and engineering to determine how objects will move under the influence of forces.
No force is required to keep an object in motion. Maintaining speed and direction seems to be "the natural thing to do" for any object. A force is required to CHANGE an object's velocity, whether you want to make it go faster, slow it down, or simply change the direction for a moving object.
The forces on the object must be unbalanced. When adding up ALL the Forces on an Object, If the result is not Zero, then the Object will Accelerate in the direction of the sum of the forces.
-- The object can be called anything you want. -- The group of all forces acting on the object is called a balanced group of forces. -- The mechanical condition of the object is called equilibrium.
For an object to be at rest, the sum of all the forces acting on that object must be zero.If you want to formulate a question, you can base it on that.
If you want to know the result of two people pushing a car with equal forces, it'sgoing to help you to know whether they're both pushing in the same direction orin opposite directions. And if you need them to move the car, I'm sure you'll knowwhich method you want them to use, and which method you don't want them to use.
Acceleration refers to a change in velocity, so accelerating at a constant speed would be a contradiction. If you want to maintain a constant speed, you need to ensure that the net force acting on the object is balanced so that there is no change in velocity. This means that the total external forces acting on the object must cancel out any resistance forces, like friction or air resistance.
Force acts on any object. Picture yourself pushing on a brick wall.Oh! Here's an even better way to look at it ...When you pick up a brick, you know there's a force of gravity acting on it. You can feel it pulling down.If you drop the brick, the force of gravity pulls it down to the ground.When the brick is part of a wall, the same force of gravity is still acting on it, even though it can't move.==============================I don't think you'll be able to name an object that doesn't have mass. Unless you want to talk aboutthe 'object of a sentence', the 'object of a preposition', or the 'object of your affection'. Those aren'tthe kind of 'objects' that Physics means when it talks about forces.
Mass is an intrinsic property of an object. Anything that has mass will have gravitational force acting on it and this is what we measure when we stand on the weighting scale. If you want to know mass of any object simply divide its weight by 9.8 (gravitational constant).
You would use Newton's Second Law when you want to calculate the acceleration of an object based on the net force acting on it and its mass. This law states that the acceleration of an object is directly proportional to the net force acting on it and inversely proportional to its mass. It is often used in physics and engineering to determine how objects will move under the influence of forces.
No force is required to keep an object in motion. Maintaining speed and direction seems to be "the natural thing to do" for any object. A force is required to CHANGE an object's velocity, whether you want to make it go faster, slow it down, or simply change the direction for a moving object.
Don't know that's what I want to know
The forces on the object must be unbalanced. When adding up ALL the Forces on an Object, If the result is not Zero, then the Object will Accelerate in the direction of the sum of the forces.
... I think you want to know about forces. At terminal velocity, the force of gravity is balanced by the air resistance, so no further acceleration occurs (balanced forces are the equivalent of an absence of force), which is why we call it *terminal* ("end value") velocity.
If I am reading your question correctly, you want to now if balanced forces can change the direction an object is traveling. The answer is no. Balanced forces always produce no net change, hence the term "balanced". You need an unbalanced force to change the direction of an object, or to set an object in motion from a standstill.