The two forces acting on the paper cup and its contents to keep it upright are gravity pulling the cup downward and the normal force exerted by the table in the opposite direction, preventing the cup from falling.
Yes, forces within a solid, such as intermolecular forces and atomic bonds, act to keep the particles in a fixed position relative to each other. These forces resist motion and contribute to the solid's rigidity.
Placing a sheet of paper under the ruler increases the friction between the ruler and the surface it is resting on, preventing it from easily sliding or moving. The paper creates more resistance, making it harder for the ruler to shift position.
Convection heat transfer could keep a paper in the air if the paper is placed above a source of warm air. As the warm air rises, it creates an upward force that can keep the paper suspended.
The balanced rock stays balanced due to a combination of factors such as the shape and weight distribution of the rock itself, as well as friction and gravity acting on the rock and its base. These forces work together to keep the rock in place despite its precarious position.
Some forces that act against gravity include air resistance, buoyancy (in liquids or gases), and electromagnetic forces (such as the force between two magnets pushing apart). These forces can counteract the downward pull of gravity in different situations.
Yes.. The forces of attraction
The two forces acting on the paper cup are magnetic forces and gravitational forces. The repelling magnets create a magnetic force that pushes the cup away from them, while gravity pulls the cup downward towards the surface it is resting on. These two forces are in equilibrium when the cup remains in its position between the repelling magnets.
Yes, forces within a solid, such as intermolecular forces and atomic bonds, act to keep the particles in a fixed position relative to each other. These forces resist motion and contribute to the solid's rigidity.
keep them from position is a inter molecular bond
True, the forces between particles in a solid, such as intermolecular forces or atomic bonding, help to hold the particles in a fixed position relative to each other, preventing them from changing position easily without external force.
Gerbils love to chew, so anything they can chew that is SAFE. Wood toys from the petstore, toilet paper roles, paper towel rolls, etc....
Placing a sheet of paper under the ruler increases the friction between the ruler and the surface it is resting on, preventing it from easily sliding or moving. The paper creates more resistance, making it harder for the ruler to shift position.
Liquid. The liquid state lies between the gaseous and the solid state. The cohesive (attractive) forces between the liquid particles are strong enough to keep them together but not to keep them in a fixed position.
Yes, molecules in solids stick together due to intermolecular forces like van der Waals forces, hydrogen bonding, and dipole-dipole interactions. These forces attract molecules to each other and keep them in a fixed position, forming a solid structure.
The forces are gravitational forces. They become weaker with distance and mass reduction
You can keep a research paper from being biased by presenting the facts. You can also research both sides and present them in your paper.
Convection heat transfer could keep a paper in the air if the paper is placed above a source of warm air. As the warm air rises, it creates an upward force that can keep the paper suspended.