Light does not have mass, so it does not exert a force by itself. However, light can carry momentum and exert a force on objects it interacts with, such as when light is reflected or absorbed by a surface. This is known as radiation pressure.
The tension force in the string or support balances the force of gravity on a hanging light. This tension force is equal in magnitude and opposite in direction to the force of gravity acting on the light, keeping it in equilibrium.
Friction is the force used to light a matchstick. When you strike the match against the rough surface of the matchbox, friction generates heat that ignites the match head, causing it to light.
The tension force in the cord that is pulling the light up is equal in magnitude but opposite in direction to the force of gravity pulling the light down. This balance of forces causes the light to remain stationary in its position.
Light is electromagnetic radiation, which is a type of energy that travels in waves. It is produced by the vibration of electrically charged particles and is governed by the electromagnetic force.
Light does not have mass, so it does not exert a force by itself. However, light can carry momentum and exert a force on objects it interacts with, such as when light is reflected or absorbed by a surface. This is known as radiation pressure.
The amount of light doesn't effect the force of gravity.
Light Force - video game - happened in 1986.
Light Force - video game - was created in 1986.
The tension force in the string or support balances the force of gravity on a hanging light. This tension force is equal in magnitude and opposite in direction to the force of gravity acting on the light, keeping it in equilibrium.
gravitational force
Friction is the force used to light a matchstick. When you strike the match against the rough surface of the matchbox, friction generates heat that ignites the match head, causing it to light.
Friction Force to generate heat
Friction Force to generate heat
The tension force in the cord that is pulling the light up is equal in magnitude but opposite in direction to the force of gravity pulling the light down. This balance of forces causes the light to remain stationary in its position.
It is a force light that is very bright
NO!