meta user
network profile
| bio | website | |
|---|---|---|
| location | Argentina | |
| age | 19 | |
| visits | member for | 1 year, 3 months |
| seen | May 3 at 15:14 | |
| stats | profile views | 32 |
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Apr 14 |
comment |
Dynamics question. Please help, exam coming soon @Qmechanic You're right. I cannot think of a succinct title, can you? |
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Jun 29 |
revised |
A problem on mechanical energy and friction deleted 402 characters in body |
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Jun 29 |
revised |
A problem on mechanical energy and friction added 1 characters in body |
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Jun 29 |
revised |
A problem on mechanical energy and friction added 999 characters in body |
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Jun 29 |
revised |
A problem on mechanical energy and friction added 83 characters in body |
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Jun 29 |
revised |
A problem on mechanical energy and friction added 18 characters in body |
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Jun 29 |
asked | A problem on mechanical energy and friction |
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Jun 29 |
comment |
In hydrostatics, is it possible for the bouancy to be greater than the weight of a body? Oh, sure it was! |
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Jun 29 |
awarded | Scholar |
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Jun 29 |
comment |
In hydrostatics, is it possible for the bouancy to be greater than the weight of a body? I don't follow that last hint =/. I've determined $T=0,08N$, though. |
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Jun 29 |
accepted | In hydrostatics, is it possible for the bouancy to be greater than the weight of a body? |
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Jun 29 |
comment |
In hydrostatics, is it possible for the bouancy to be greater than the weight of a body? I didn't mean I couldn't draw the FBD. I think I get what you mean - I can consider $T_2+B_2-W_2=0$ for body $1$. Ideal conditions will ensure $T_1=-T_2$. |
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Jun 29 |
comment |
In hydrostatics, is it possible for the bouancy to be greater than the weight of a body? But is it legitimate to "separate" the system? If the rope is cut, $1$ will probably float upwards, and $2$ will sink, I suppose. |
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Jun 29 |
comment |
why is dark matter the best theory available to explain missing mass problems? @Argus Some empiric evidence has been collected in favour of the dark matter theory. In fact, a specialist even created a "map" of the possile distribution of dark matter in our galaxy, or some bounded space near us, by certain measurements involving light waves and how they were bent by the gravitational field of dark matter. Make some research. |
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Jun 29 |
asked | In hydrostatics, is it possible for the bouancy to be greater than the weight of a body? |
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Jun 22 |
revised |
Gravitation and equilibrium (…and similar problems) deleted 116 characters in body |
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Jun 22 |
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Gravitation and equilibrium (…and similar problems) I got it. Thanks. |
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Jun 22 |
awarded | Commentator |
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Jun 22 |
comment |
Gravitation and equilibrium (…and similar problems) Right. by the way, this is from an introductory course from an university (a basic common course for the exact sciences and engineering factulty.). |
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Jun 22 |
comment |
Gravitation and equilibrium (…and similar problems) Should I be using Newton's Second Law? |
