Resistance keeps an object in place. This resistance can come from friction, which works against motion, or from an obstacle of some kind that is prohibiting movement. In terms of vertical motion, gravity holds all objects to the earth and keeps them firmly planted on the ground.
An object at rest tends to stay at rest unless acted on by a force
An object in place will stay in place unless acted upon by a force. So if you kick a box in place on the floor it will move. There is always a force of gravity pulling it down, bu the force of gravity is resisted by the floor which keeps it in place (equilibrium - no net force). If you cut around it and make a hole in the floor it will move straight down.
Moving objects stay in place when an equal and opposite force acts on them, according to Newton's first law of motion. This force counteracts the object's inertia, preventing it from continuing to move. Objects at rest will remain at rest unless a force is applied to move them, as described by the concept of inertia.
Objects stay in place when the forces acting on them are balanced. When gravitational force pulling an object down is equal to the opposing forces (such as friction or tension) preventing the object from moving, the object will stay in place. This balanced condition is known as equilibrium.
The force that makes objects float in a fluid, such as water, is called buoyancy. It occurs when the weight of the displaced fluid is equal to the weight of the object, allowing it to stay afloat.
When objects are placed in water, they can sink, float, or stay suspended depending on their density and the density of the water. Objects that are denser than water will sink, objects that are less dense will float, and objects with a similar density may stay suspended in the water.
The tendency of objects in motion to stay in motion and objects at rest to stay at rest unless acted upon by an external force is known as inertia.
Moving objects stay in place when an equal and opposite force acts on them, according to Newton's first law of motion. This force counteracts the object's inertia, preventing it from continuing to move. Objects at rest will remain at rest unless a force is applied to move them, as described by the concept of inertia.
yes
friction
Resistance keeps an object in place. This resistance can come from friction, which works against motion, or from an obstacle of some kind that is prohibiting movement. In terms of vertical motion, gravity holds all objects to the earth and keeps them firmly planted on the ground.An object at rest tends to stay at rest unless acted on by a forceAn object in place will stay in place unless acted upon by a force. So if you kick a box in place on the floor it will move. There is always a force of gravity pulling it down, bu the force of gravity is resisted by the floor which keeps it in place (equilibrium - no net force). If you cut around it and make a hole in the floor it will move straight down.
The axel rod keeps the wheels in place
Hanes makes great socks that stay in place and don't slide much.
Objects stay in place when the forces acting on them are balanced. When gravitational force pulling an object down is equal to the opposing forces (such as friction or tension) preventing the object from moving, the object will stay in place. This balanced condition is known as equilibrium.
Density affects objects because the density makes the object either flout, sink or stay in the middle. I hope that can help you. Sorry if it is wrong :(
earth's gravitational force pulls anything toward the center of the earth. so that makes everything stay in place. While a dropped object falls to earth rather than moving together or towards you.
you put a bed like object in a place that will stay dry, some familiar objects, and some food and water.
putang ina nio kayo mga gago sa gogle fack you all men awawe
The objects in the solar system stay in orbit due to the gravitational pull between them and the sun, which keeps them in place as they constantly move around it. This gravitational force acts as a centripetal force, balancing the objects' tendency to move in a straight line and keeping them in stable orbits.