Yes.
The particles have room to move around, but cannot move entirely freely.
Electrons. They have a negative charge.
Some have flagella that they rotate as an outboard motor to move around, some have cilia that they use as oars, stroke, return, to move around and some microorganisms just go with the currents in whatever medium they are in.
To move in a circle around something is called revolving. To move around the same point is called rotation. To move around another stationary object is called orbiting. The earth rotates on its own axis while also orbiting around the sun.
Saltopus was created in 1910.
saltopus defended itself by just running away
Scotland
Yes.
They died.
Saltopus was a reptile and a close relative of dinosaurs. Because all dinosaurs and nearly all reptiles lay eggs, it is safe to say that Saltopus did, too, even though its eggs have never been found.
Saltopus I think Styracosaurus would be more likely to fit your question than Saltopus, since Saltopus ''fingers'' were very delicate and definitely not hoof-like.
There has only been one Saltopus skeleton every found.... and it was only part of a skeleton. it is questionable... believe whatever you think it is.
Saltopus lived about 225 to 220 million years ago in the Upper Triassic Period. It is one of the oldest dinosaurs.Other dinosaurs from around this time areEoraptor(230 - 225 Ma),Pisanosaurus(228 - 216 Ma),Saturnalia(225 - 220Ma),Herrarasaurus(228Ma) &Staurikosaurus(225Ma).
they leave them to hatch alone
The largest sauropod species was Argentinosaurus, which averaed about 90 to 100 tons
A saltopus is believed to be one of the oldest known dinosaurs. It is speculated to be approximately 200 million years old. It was only 2 feet tall, thought to be very fast, and possibly a carnivore. The age of the saltopus fossel, like most fossils, is based upon the particular geological layer in which it was found. The layers are believed to have formed over extened periods of time, but also known to form very rapidly under some conditions such as flooding. The aging of the layers is based upon the age of the fossils found within the layer.