Actually they are both safe... for now, but play is still live. The lead runner is safe. The trailing runner has to go back to his previous base before being tagged out or running out of the baseline. Or, the lead runner has to advance to the next base before being tagged out, leaving the trailing runner safe at the double-occupied base.
Lead runner has the right to the bag as long as they are not being forced ahead by occupants of other bases. If the runner on 3rd was not being forced they can return to the bag and the runner from 2nd must return to 2nd. The runner returning to second if tagged is out and unless the runner returning to 3rd is tagged while off the base then they are safe. If both runner attempt to occupy the base at the same time and fielder tags both runners while they occupy the base the runner from 2nd is out unless they are being forced ahead then the runner from 3rd is out.
Nope, two runners can't occupy the same base. Generally, if there are two runners on the same base, the preceding runner (the runner in front; in this case, the one who was running toward home) is entitled to the base, and the following runner (the one coming from second) can be tagged out.
no cause if it is a hit, or a walk, you are going to have to move to the next base.
In baseball? This is not allowed. The lead runner must attempt to advance to the next base; if it is tagged with the ball before the runner reaches it that runner is out.
Yes. Base and Icoustic are essentially the same.
No, the ball is not dead.
Play continues until either one runner proceeds to another base or an out is made. Conversely if both runners are tagged the runner who occupied the base first is safe, unless there was a force on the play.
they both occupy the same food chain
No two units of matter can occupy the same space at once. This is one of the primary properties of matter.
Europe and Asia occupy the same landmass known as Eurasia.
When two or more waves occupy the same space at the same time, an interference pattern is created.
No, according to the principle of exclusion in physics, two objects cannot occupy the same space at the same time. This is known as the Pauli exclusion principle, which states that no two fermions (particles with half-integer spin) can occupy the same quantum state simultaneously.