When the bearing on the "other" vessel remains the same as the distance closes, the two vessels will collide.
A neutron star is so dense, that apart from a direct collision from another neutron star, the chances are slim to impossible.
World annihilation comes to mind.
Not necessarily. The total momentum of a system of objects is conserved unless external forces are present. In a collision involving three objects, the total momentum before the collision could be equal to, greater than, or less than the total momentum after the collision, depending on the specific circumstances of the collision.
No. Erosion could not have such a dramatic effect on Earth's rotation. The tilt on Earth's axis is likely a result of a collision with another planet early in Earth's history. This same collision formed the moon.
In an elastic collision, all initial kinetic energy is fully restored as final kinetic energy. where nothing is converted into noise, heat or any other form of energy. In an inelastic collision, kinetic energy is "lost" to thermal or sound energy.
A collision could occur when the distance between two vessels decreases and the bearing remains constant. This indicates that the vessels are on a collision course. Vigilance and timely action to change course or speed are critical to avoid a collision.
stay the same
stay the same
When the distance between two objects decreases and the bearing remains constant or changes in the direction that brings the objects closer together, a collision could occur. The bearing indicates the direction of one object relative to the other, so if it changes to align with the path of the other object, it increases the likelihood of a collision.
A collision could occur when the distance between two objects decreases and their bearings converge, meaning they are moving towards each other. This situation increases the risk of a collision because the objects are on a potential collision course due to their decreasing distance and converging paths.
A collision could occur when the distance between two vessels decreases and the bearing between them remains constant or changes very slowly. This indicates that the vessels are on a potential collision course and immediate action should be taken to avoid a collision.
stay the same
When the bearing on the "other" vessel remains the same as the distance closes, the two vessels will collide.
When the distance between two vessels decreases and their relative bearing remains constant, it indicates that the vessels are on a potential collision course. This situation requires immediate action to avoid a collision, such as altering course or speed. Monitoring the vessels closely and communicating with the other vessel can help prevent a collision.
stay the same
Yes, a collision could still occur in this scenario if the vessels are on intersecting courses despite the increasing bearing angle. It's important to consider the changing distances between vessels along with their course and speed to determine the risk of collision. Staying vigilant and taking evasive action if needed is crucial to prevent accidents.
If the distance between two vessels is decreasing in their bearing, it indicates that they are approaching each other. This situation increases the risk of a collision between the vessels if evasive action is not taken promptly to alter course or speed to avoid the potential impact. It is important for both vessels to communicate, maintain a safe passing distance, and follow the rules of navigation to prevent a collision.