Measure acceleration of a space capsule.

In summary, the conversation involves a student searching for ways to measure acceleration of a space capsule during space travel for a coursework assignment. The student's lecturer suggests measuring inertia forces or using a piston controlled by a substance. The student is looking for helpful websites and is advised to search for "accelerometer" and add keywords like "homemade" or "project". The student then asks about using a mass on a spring to calculate g-force and requests guidance on how to do so.
  • #1
andycampbell1
35
0

Homework Statement


Hi,

I have been given a coursework assignment to devise a means of measuring acceleration of a space capsule, to measure acceleration during space travel. This must be attached to an appropriate place in the capsule. My lecturer hinted that this could be done by measuring the forces of inertia or by using a piston controlled by a substance. I am just looking for any websites that might be helpful on this as I can't seem to find any websites on the inertia forces which are relevant to space.

Thanks
 
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  • #2
A term you might want to use in your searches is "accelerometer". Add things like "homemade" or "DIY" or "project" to spice things up.
 
  • #3
Hi, I have been checking out basic spring accelerometers. What I would like to know if it is possible to use mass on the end of a spring to calculate g-force and would it be possible for someone to point me in the right direction for how I would begin to do this

Thanks
 

FAQ: Measure acceleration of a space capsule.

How is acceleration measured in a space capsule?

Acceleration in a space capsule is measured using accelerometers, which are devices that detect changes in velocity. These are typically placed at various points in the capsule and can measure acceleration in three axes: longitudinal, lateral, and vertical.

What units are used to measure acceleration in a space capsule?

The most common unit used to measure acceleration in a space capsule is meters per second squared (m/s²). This unit represents the change in velocity over time and is used to measure the force exerted on the capsule.

How accurate are the measurements of acceleration in a space capsule?

The accuracy of acceleration measurements in a space capsule depends on the quality of the accelerometers used and the calibration of the instruments. In general, modern accelerometers are highly accurate and can measure acceleration with precision of up to 0.001 m/s².

Can acceleration measurements be affected by external factors?

Yes, external factors such as gravity, air resistance, and other forces can affect the measurements of acceleration in a space capsule. These factors must be taken into account and compensated for in order to get accurate readings.

How is the data from acceleration measurements used in space exploration?

The data from acceleration measurements in a space capsule is used to monitor and analyze the performance of the spacecraft during launch, orbit, and re-entry. It can also help in determining the effects of microgravity on astronauts and the spacecraft's systems.

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