nitrogen sp2 hybridisation?
156923
I don't know if this would be possible. The C atom is able to acheive this state, which is semi-unique to the group IV atoms such as Si, Ge, Pb, and Sn. \n\nFor a hydrogen atom to acheive sp2 hybridization it would have to skip 4 base states. This configuration is 'highly' improbable and would be 'highly' unstable requiring a steady influx of energy to retain this configuration.
977731
At the four strand stage 50% of the product at meiosis would be recombinant. At the two strand stage, all the products would be recombinants. Providing that the crossover in question happens every time.\n\nWithout knowing the location of the gene and which chromosome it is on then it is impossible to tell how many map units are affected.
184549
The first website explains *how* to make a\nmirror using "nitrate of silver", water, and ammonia.\n\nThe second website offers "nitrate of silver" for sale.
823206
CO-sp\nCO2-sp2\nCN-sp
412358
You could skip the Nitrogen Oxide and use Nitrous Oxide.   :o)
716113
There is no crossing over during prophase 2! It's a fact. That answers your question pretty nicely.
953898
sp character means the orbitals have 1/2 s character and 1/2 p character.\nsp2 character means the orbitals have 1/3 s character and 2/3 p character\nsp3 character means the orbitals have 1/4 s character and 3/4 p character.\nSo, from sp to sp3, you see s character contribution decreases from 50% to 33.33% to 25%, so you can say so.\n\nYou can check out more about hybridisation online. You would notice hybridisation can be used to explain on a lot on the bond angles and quite a few more properties in organic chemistry, but break down when we deal on a quantum level. I believe hybridisation should be studied for historical purposes... So i believe the theory is not perfect.
756159
n   = pV/RT = 1.03*1.02/284*0.0821 = 0.045moles\n\nmoles of Nitrogen = 0.045*0.78=0.0351\n\nmoles of oxygen = 0.022*0.045 = 0.0098mole\n\nweight of the gases = 0.0098*32 + 0.0351*28.02 =0.316+ 0.986=1.3g\n\ndensity 1.3 g/l
623526
Nitrogen (approx 78%)\nOxygen (approx 21%)
435560
you determine the hybridization of a particular atom by seeing how many electron pairs there are around a particular atom.  For example, if you draw the structure for ethylene (C2H4) you get \n\nH3C=CH3\n\nthis means that there are 3 electron pairs around both C atoms and they are both show sp2 hybridization.  \n\nIn another example, d2sp3 hybridization, you will have 6 electron pairs around the d2sp3 hybridized atom.  \nIn dsp3 hybridization, you will have 5\nin sp3 hybridization, you will have 4, etc...
563957
they use ions rather than molecules of nitrogen gas, so it has to be dissolved in water. N2 gas is too stable for the plant to break up into useful products.  Even if the plant was able to do this, it would use up so much energy, it wouldn't be efficient.\n\nForms of Nitrogen plants are able to use include:\nNO2-\nNO3-\nNH4+ (so ammonia fertilisers are effective)\n\n\nBut you can get nitrogen-fixing bacteria on some legumes which can convert the nitrogen into usable products for the plant.
267441
cas#94166-64-0 is 2-Chloro-6-nitropyridine. couldn't find the other one though
830750
1. heterozygous: Punnett square is Pp x pp\n2. dominant b/c if it was recessive that would be the only type of allele the parents would pass on and all their children would have to be intensely freckled\n3. the Punnett square would be a 4x4 box with the B's and C's independant of each other. so on one side you have BC, Bc, bC, and bc with all of those showing up on the other side as well b/c the female was the same genotype as the male.  Obviously the black color is dominant b'c the male is heterozygous and black so all heterozygous offspring and all homozygous dominant offspring will be black as well.  the question gets a little fuzzy here though, i think you may have left some out b/c we don't know which of the two genes controls color or if they both do how the interaction between them works.  I'd be glad to help further if you have any more information to supply.
150155
Carbon bound to Nitrogen by a triple bond.
945250
go here this will work cause ive used this plenty of times. http://www.bbzspace.com/hybrid.php
47893
That's sick....\n\nAnyway, I did my assignment on albinism, specifically OCA1-ts albanism.  Do an OMIM search on the NCBI website, that should get you started.  The one mutation I picked was R402Q.
262598
there can be a problem with this question hybrid nucleotide has been changed by intervention from a sorce other than the parents but in the end it contains the same ingredients as the parent gean and if it turns out a little sod it would be no different from a parental nucleotide. enjoy your\nnucleotide and give them a lot of love. x mole.