Yes.
A bent engine piston is a reference to the piston rod. The piston cannot be bent, but the piston rod can be bent.
becaus eit likes chicken
When light travels from one medium to another (e.g. from air to a liquid), it changes speed and direction. This causes the light rays to bend or refract at the interface between the two mediums. This change in direction can make the rod appear bent at the surface of the liquid when viewed from outside.
When light travels from water to air, it changes speed and bends, causing the pencil to appear bent. This effect is known as refraction. The change in speed causes the light rays from the pencil to change direction as they pass through the interface between water and air, creating the illusion of a bent pencil.
Sure can, Quick A bent push rod will cause a loose rocker A loose rocker has no way to bend a push rod, there is no pressure.
it might be a bent piton rod if you or water or somthing into the engine
This phenomenon is due to the refraction of light as it passes from air into water, causing the light rays to change direction. When the light from the part of the spoon below the water surface is refracted, it creates the illusion that the spoon is bent at the water's surface.
When light passes from water to air, it changes speed and bends (refracts) due to the change in the medium's density. This bending of light causes the stick to appear bent at the water's surface. The apparent shortening is due to the difference in how light travels through water compared to air, creating an optical illusion.
Bent crank or bent connecting rod. Probably bent connecting rod...
When a copper rod is immersed in a silver nitrate solution, a redox reaction occurs where copper displaces silver from the solution to form copper nitrate and silver metal. This is due to copper being higher in the reactivity series than silver. As a result, the copper rod will become coated with a layer of silver metal while copper ions from the rod will transfer into the solution.
When a stick is immersed in water, it bends due to the difference in density between the stick and the water. The water exerts an upward buoyant force on the stick, causing it to displace water and experience a net force upwards. This force bends the stick until equilibrium is reached.