How to Calculate Fall Duration with Variable Force?

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In summary, a person asked how to calculate the duration of fall for an astronaut who is 20m away from their shuttle in space. They clarified that the distance is measured from the centers of mass and provided the weights of the astronaut and shuttle. They mentioned struggling to integrate Newton's laws to find the duration and asked for help. Another person suggested reposting in a specific forum and provided some resources for further reading. The conversation ended with the thread being closed.
  • #1
Dylanden
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Hello.

How can one calculate the duration of fall of an astronaut "lost" to 20 m of his shuttle? We can assume that they are stopped at the beginning of the fall.
I do not see how.

Dylan
 
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  • #2
Dylanden said:
Hello.

How can one calculate the duration of fall of an astronaut "lost" to 20 m of his shuttle? We can assume that they are stopped at the beginning of the fall.
I do not see how.

Dylan
Your question is completely unclear. I cannot figure out WHAT you are trying to ask.
 
  • #3
Hello.

Thank you for your answer

I just want to make an exercice for my lesson.
Imagine we have a shuttle in the space and an astronaut at about 20 m from its.
How many time does it take to the astronaut to fall on his shuttle.
There is only the gravitational force in action.
Sorry for my poor english.

Dylan
 
  • #4
Dylanden said:
Hello.

Thank you for your answer

I just want to make an exercice for my lesson.
Imagine we have a shuttle in the space and an astronaut at about 20 m from its.
How many time does it take to the astronaut to fall on his shuttle.
There is only the gravitational force in action.
Sorry for my poor english.

Dylan
(1) Uh ... do you think it matters how much mass is involved?
(2) You say "about 20m from it" but that's probably 20m from the SKIN. How far from the center of mass?

You really don't seem to have thought through what you need to know to make this a meaningful question.
 
  • #5
Hello.

It's only for my mechanics class.
To illustrate the gravitational forces.
Let's say that the astronaut weighs 100 kg.
And the shuttle 10000 kg. For simplicity.
And that the distance of 20 m is measured between the centers of mass. And that the astronaut must arrive 5 m from the center of mass of the shuttle to be able to seize it with his hand.
My students are francophones. They asked the question on different physics sites in French. I have not read all the answers yet. But it's very confusing. I hope you can help me.
I tried to integrate Newton's laws. To find the duration. I can not do it.

Good day there.

Dylan
 
  • #6
Last edited:

FAQ: How to Calculate Fall Duration with Variable Force?

What is calculation duration?

Calculation duration refers to the amount of time it takes for a computer or other device to perform a specific mathematical or numerical calculation.

Why is calculation duration important?

Calculation duration is important because it can affect the efficiency and speed of a computer or device. It is also important in scientific research and data analysis, as longer calculation durations can lead to delays in obtaining results.

What factors can affect calculation duration?

There are several factors that can affect calculation duration, including the complexity of the calculation, the processing power and speed of the device, and any other programs or processes running in the background.

How can calculation duration be measured?

Calculation duration can be measured in various units of time, such as milliseconds, seconds, or minutes. It can also be measured by running the same calculation multiple times and taking an average of the durations.

How can calculation duration be improved?

There are several ways to improve calculation duration, such as using more powerful hardware, optimizing the code and algorithms used in the calculation, and reducing background processes or multitasking on the device.

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