A neutral force is a force that does not favor or oppose any particular side or group. It remains unbiased and independent, acting in a fair and balanced manner without showing partiality. In physics, a neutral force refers to forces that cancel each other out, resulting in a net force of zero.
A charged object can attract or repel a neutral object through electrostatic interactions. The charged object can induce a temporary charge separation in the neutral object, resulting in an attractive force between them.
Yes, a charged atom can attract a neutral atom through electrostatic forces. The charged atom will create an electric field that can exert a force on the nearby neutral atom, causing it to be attracted towards the charged atom.
In the context of physics, positive and neutral particles do not attract each other. Positive and neutral particles do not have opposite charges, so they do not exhibit electrostatic attraction. However, positive and neutral particles can interact through other forces, such as gravity or the strong nuclear force.
Neutrons are subatomic particles found in the nucleus of an atom. They have no charge, making them electrically neutral. This allows them to help stabilize the protons in the nucleus through the strong nuclear force.
Neutrons do not have an electric charge and are considered electrically neutral particles. They are composed of three quarks (two down quarks and one up quark) held together by the strong nuclear force.
The buoyant force is 135N
according to bending stress because shear stress at neutral is 0 that is why shear force is maximum
When the buoyant force is equal to the force of gravity, the object will neither sink nor float. It will be in a state of neutral buoyancy, where it remains suspended in the fluid at a constant depth.
Neutral charged balloons will not attract anything since they do not possess a net electric charge to exert an electric force on any objects.
The negatively charged object will attract the positive charges within the neutral object towards it, causing the neutral object to become polarized. This will result in an attractive force between the negatively charged object and the neutral object.
I'm not sure which neutral particles you mean, but if you are thinking of neutrons, they attract other nucleons by means of what is known as the strong nuclear force.
When a charged object is brought near a neutral object, the charged object can induce the movement of electrons within the neutral object by exerting a force on them. This redistribution of electrons can result in the neutral object becoming temporarily charged in a process known as electrostatic induction.
If the consumers metalwork is not bonded to the neutral a direct earth fault would result in a current of 20 amps flowing.This fault current will probably be carried by a 16 amp fuse or citcuit breaker and returned to the neutral via electrodes this will force the neutral conductor up to a potential of 200 v above earth this is known as neutral inversion
Neutral buoyancy refers to the state of an object in a fluid where the buoyant force acting on the object is equal to the gravitational force pulling it down, resulting in the object neither sinking nor floating to the surface. This allows the object to remain suspended at a specific depth in the fluid.
Switzerland has remained neutral and not fought in any wars since 1517. They do have a defensive force to protect their nation, but they are not an offensive or aggressive force.
A submarine has neutral buoyancy when its weight is exactly equal to the buoyant force acting on it, causing it to remain suspended at a constant depth without sinking or rising. This balance between weight and buoyant force allows the submarine to move up or down in the water column as needed.
In neutrons, the net force is typically zero because they are electrically neutral particles. This means that the attractive nuclear force holding the neutrons together is balanced by the repulsive electromagnetic force between the neutrons. As a result, neutrons do not experience a net force in most situations.