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It means that the sum of the two momentum vectors before the collision is equal to the single momentum vector after the collision. How do you two add vectors that are perpendicular to each other?talolard said:
The initial momentum of the satellite is not in the same direction as the initial momentum of the missile. Therefore, to find the total initial momentum, you need to add the two as vectors. You need the total initial momentum to use in the momentum conservation equation.talolard said:
It is correct to use energy conservation after the collision is completed, however the solution will not be correct unless the velocity of of the composite mass immediately after the collision is calculated correctly.
When a missile collides with a satellite, it can result in the destruction of both objects. This can cause debris to scatter into space, potentially creating a hazard for other satellites and spacecraft in orbit.
Missile collisions with satellites are rare, as there are protocols in place to prevent such incidents. However, there have been a few documented cases in the past, mostly involving intentional destruction of satellites by anti-satellite missiles.
It is unlikely that a satellite would survive a direct hit from a missile. Satellites are not designed to withstand such impacts and are relatively fragile compared to missiles, which are designed to withstand high speeds and impact forces.
The consequences of a missile collision with a satellite can include the loss of critical communication or navigation services provided by the satellite, the creation of space debris which can pose a risk to other satellites and spacecraft, and potentially escalating tensions between nations if the incident was intentional.
To prevent missile collisions with satellites, there are international agreements and protocols in place that regulate the use of missiles in outer space. Additionally, satellites are equipped with sensors and communication systems to detect and avoid potential collisions with debris or other objects in orbit.
