How to Calculate Space Shuttle Orbital Parameters?

In summary, the conversation discussed the orbit of the Space Shuttle, including its average altitude above the Earth and its mass. The conversation also touched on calculating the required velocity for a circular orbit and the behavior of potential and kinetic energy throughout one orbit. The homework equations K=1/2mv^2 and U=-G(m1m2/r) were mentioned. The person asking for help admitted to struggling with these concepts and requested assistance.
  • #1
wondermoose
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0

Homework Statement


The orbit of the Space Shuttle is usually circular with an average altitude above the Earth of around 210 miles. The mass of the Space Shuttle on orbit is about 100,000 kg.

1. What is the distance of the Space Shuttle (shuttle) from the center of the Earth?
2. Using forces, calculate the velocity of the shuttle required to maintain a circular orbit.
3. How should the potential energy and kinetic energy behave throughout one orbit?

Homework Equations



K=1/2mv^2

U=-G(m1m2/r)

The Attempt at a Solution



I'm still struggling to grasp some of these concepts and wanted to get a head start with this stuff for the weekend. Anyone think they can get me started? Thanks
 
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  • #2
We are happy to help; but you should give some of these problems a try, first. Are there any particular concepts/issues you are having trouble with---which might help you get started?
 

Related to How to Calculate Space Shuttle Orbital Parameters?

1. What is a space shuttle orbital problem?

A space shuttle orbital problem refers to any issue or malfunction that occurs during the flight of a space shuttle while it is in orbit around Earth. These problems can range from minor technical difficulties to more serious issues that may threaten the safety of the crew and the success of the mission.

2. What are the common causes of space shuttle orbital problems?

Some common causes of space shuttle orbital problems include technical malfunctions, human error, and external factors such as space debris or extreme weather conditions. These problems can also be caused by issues with the launch or re-entry process, as well as wear and tear on the spacecraft over time.

3. How do scientists and engineers address space shuttle orbital problems?

Scientists and engineers address space shuttle orbital problems by closely monitoring the spacecraft and its systems during the mission, and quickly troubleshooting and implementing solutions when issues arise. They also conduct thorough testing and maintenance before and after each mission to prevent potential problems.

4. Have there been any major space shuttle orbital problems in the past?

Yes, there have been several major space shuttle orbital problems in the past, including the Challenger disaster in 1986 and the Columbia disaster in 2003. These tragic events led to improvements in safety protocols and procedures for future space shuttle missions.

5. How can space shuttle orbital problems affect the success of a mission?

Space shuttle orbital problems can have a significant impact on the success of a mission, as they can cause delays, jeopardize the safety of the crew, and even result in the loss of the spacecraft. In some cases, these problems may be minor and easily resolved, but in others, they can have serious consequences and may require the mission to be aborted.

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