Open Question: Help!! Planted cannabis seeds too close to each other?
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weed Member since:September 10, 2010Total points:407 (Level 2)Unhappy Help!! Planted cannabis seeds too close to each other?
i germinated the seeds and they grew so fast that by the time that i checked them the roots had already tangled, i didnt try to separate them because they seemed so delicate so i planted them anyways in a pot and they have continued to grow here is a picture: http://i53.tinypic.com/2jercix.jpg
are they both going to die because they are so close? should i snip one of them off or try to separate them?? what can i do to save one!Answer Question
i germinated the seeds and they grew so fast that by the time that i checked them the roots had already tangled, i didnt try to separate them because they seemed so delicate so i planted them anyways in a pot and they have continued to grow here is a picture: http://i53.tinypic.com/2jercix.jpg
are they both going to die because they are so close? should i snip one of them off or try to separate them?? what can i do to save one!Answer Question
11:09 |
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Open Question: areas far from the oceans vs Land close to the ocean.?
areas far from the oceans vs Land close to the ocean. which show greater differen in temperature between summer and winter?
I am thinking it would be lands far from the ocean. giving that land cools and radiates heat faster than oceans, areas far from ocean would display different temperature even between day and night....
I am thinking it would be lands far from the ocean. giving that land cools and radiates heat faster than oceans, areas far from ocean would display different temperature even between day and night....
no?
18:23 |
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Open Question: Why did Japan build a nuclear plant close to the sea and ring of fire ?
You need to build it close to water for cooling purposes.
And all of Japan is on the ring of fire.
.
10:54 |
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Open Question: How close would the masses 0.470 kg and 0.102 kg have to be in order for the gravitational force between them?
They would have to be so close that no imaginable material could be dense enough.
The basic formula is F = G Mm/ R^2
G is the universal constant of gravitation. ( = 6.67 * 10 ^ -11)
Rewriting we get R = sqrt ( G Mm/F)
= sqrt(6.67 * 10 ^ -11 * 0.47 *0.10/1.01)
=1.76 * 10 ^ -6 m.
5:13 |
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