Search wiki using Sphinx
From The Space Library
Displaying 1—10 of 1000 matches for query "04._At_what_altitude_will_we_reach_zero-gravity" retrieved in 0.014 sec with these stats:
- "04" found 1602 times in 935 documents
- "at" found 59261 times in 12664 documents
- "what" found 14834 times in 2583 documents
- "altitud" found 4701 times in 2951 documents
- "will" found 24730 times in 5032 documents
- "we" found 51112 times in 4364 documents
- "reach" found 3256 times in 2402 documents
- "zero" found 775 times in 520 documents
- "graviti" found 2153 times in 1213 documents
... is no altitude where zero-gravity is reached. Regardless of how far you travel from the Earth there will always exist ... like a parabola. Now, at the proper speed, the seat will move through the path that your ... gravity (even though gravity is present and in fact controlling your path). The same theory applies to zero-gravity airplane flights, like the ones NASA uses to train the astronauts. Here's what ...
No special gravity shoes or magnetized boots are available. Gravity shoes would never work in a zero-gravity environment.
----
Answer provided by Lonnie Moffitt
Image:K2S logosmall.jpg Question and Answer extracted from ...
To go to the Moon the tools we will need rocket ships and space stations (although it can be done without the latter). We will need simple hand-held power tools for use around ... oxygen, at least until we can get greenhouses started. We will need tools to prepare our food and deal with our wastes and clean the water. We will need tools to communicate with people at home and ...
When we first encounter life in outer space we will need to be sure it is truly a life form. We might not even know it is alive because it will be very different. We will touch it, watch it and study the new life as we try to understand how it moves, eats and reproduces. Only after that would we try to ...
We need to go about 17,000 miles per hour to orbit and to maintain a space orbit. There is a range of speeds at which the different satellites travel. Because of the laws of physics, the faster we travel the higher up in space we are. So if we want to put a satellite in a different orbit, we make sure that it has different ...
... re-entry angles are extremely important. If our re-entry is too steep, the orbiter will overheat and possibly burn up. If the re-entry is too shallow, the orbiter will skip, like a rock on water, off of the atmosphere. Both cases are very bad. ...
Examples of skills you will need to know in space are how to recognize any part of the Earth by ...
... zero-gravity will actually make it easier to inflate the modules and dock them together to form a larger station. It's not that there is no gravity in space. In fact, at 240 miles, at lower Earth orbit where our ISS is, gravity is more than 88 percent of its strength on the surface of Earth What ...
There are lots of little things we can do to prepare for zero-gravity. We can eat special types of foods that reduce our chances of getting sick; we can take medicine that helps our ... the weird feelings associated with being weightless; we can educate ourselves on what is happening with our bodies, what to expect, and how to act in zero-gravity.
----
Answer provided by Dana S. Klein & D ...
... will merely be worn as a precautionary measure in case of emergencies if life support systems go down, pressure is lost, or to help with bodily changes that occur in zero-gravity environments. Clothing will have to be roomy to allow for changes to the body in zero-gravity environments. To walk outside the space hotel, people will need pressurized suits to ...
Additional database time was 0.035 sec.
| Result page: | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | Next |
Powered by Sphinx
