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Both have extensive coordination chemistries Chemistrythe mole conceptempirical and molecular formulas That of ammonia is a little bit more pedestrian, in that nitrogen is always the donor
So, heating carbon monoxide to 850^@c will cause an equilibrium reaction that forms carbon dioxide, co_2< and carbon, c, to be established What is its probable empirical formula As you can see from the value of the equilibrium constant, k_c >1, this equilibrium will lie mostly to the right, i.e
The forward reaction will be favored.
This tells us that if there's 2.272 moles of carbon dioxide molecules, there are also 2.272 individual carbon atoms Then, we can just find the mass of 2.272 carbon atoms by multiplying 2.272 by the mass of 1 mole of carbon 2.272 xx 12.01 = 27.29g since there was 1 significant figure in the question, our answer is 30g. You can thus expect the equilibrium concentration of carbon dioxide to be significantly higher than the equilibrium concentration of carbon monoxide
In fact, you can say that the reaction will convert almost all the carbon monoxide to carbon dioxide You know that carbon monoxide and carbon dioxide exist in a 1:1 mole ratio. So, you should know that, by definition, a mole of carbon must contain 6.022 * 10^(23) atoms of carbon In other words, if you don't have 6.022 * 10^(23) atoms of carbon in your sample.
44.009 amu to calculate the mass of one individual molecule of co_2, we need to multiply the atomic mass of carbon by however many carbon atoms are in the compound (1) multiply the atomic mass of oxygen by however many oxygen atoms are in the compound (2) sum the total 1
If we look at a periodic table, the mass number underneath the carbon symbol should read color(red)(12.011 color(red. The carbon which has more s character,the atom is more electronegative Let's calculate s character in sp2 and sp3 hybridized atom In case of sp2 hybridization, the number of s orbital is 1 where total number of orbital is 1 + 2 = 3
Means s character is 1 3 × 100% = 33.33% in case of sp3 hybridization, the number of s orbital is 1 where number of total orbital is 1 + 3 = 4 The exchange takes place in the capillaries, it takes place because of diffusion due to entropy The arteries coming from the heart supply the capillaries in the lungs with blood that is low in oxygen and high in carbon dioxide The carbon dioxide (co_2) will flow from the capillaries to the alveoli because the concentration of the carbon dioxide in the alveoli is less than in the pulmonary.
There are 7.377xx10^23 carbon atoms in 1.225 moles of carbon
One mole of anything has 6.022xx10^23 anythings, including atoms You may recognize this as avogadro's number. An organic compound has a percentage composition of #40.1%# #c#, and #6.6%# #h#
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