Quickly, hurriedly, suddenly.
They lodge together pressure builds up and overcomes the friction the plates jolt past each other and make earthquakes this also creates ridges in the land eg san andreas fault
A fault is a break in the Earth's crust where rocks can slide past each other due to tectonic forces.
Tectonic Plates move by trying to push past each other and by trying to slide past each other.
Particles in a liquid can slide past each other but are still packed together.
Tectonic plates slide past each other at transform plate boundaries, creating earthquakes. Ice sheets also slide past each other, causing friction and forming crevasses. Additionally, molecules in liquids and gases can slide past each other, leading to fluid motion.
They lodge together pressure builds up and overcomes the friction the plates jolt past each other and make earthquakes this also creates ridges in the land eg san andreas fault
The past tense is jolted.
lateral fault
A fault is a break in the Earth's crust where rocks can slide past each other due to tectonic forces.
two plates slip past each other and cause earthquakes along
Two surfaces that are not moving past each other are in a state of static friction. This means that there is a force acting between them preventing any relative motion.
Molecules in a liquid can move past each other, if that's what you were trying to ask; I'm not sure what "separate past each other" is supposed to mean.
The force preventing two materials in contact passing each other means that it's the same with magnets but they don't contact with each other.
Tectonic Plates move by trying to push past each other and by trying to slide past each other.
Particles in a liquid can slide past each other but are still packed together.
It where to plates rub past each other; move away from each other; or move towards each other.
Tectonic plates slide past each other at transform plate boundaries, creating earthquakes. Ice sheets also slide past each other, causing friction and forming crevasses. Additionally, molecules in liquids and gases can slide past each other, leading to fluid motion.