Answer:
Alkanes
Explanation:
The description of the first molecule corresponds to a cycloalkane. In the cycloalkanes for each carbon atom there are 2 hydrogen atoms (CnH2n = C5H10).
The second molecule corresponds to an open chain alkane, where for every carbon atom there is double plus 2 hydrogen atoms (CnH (2n + 2) = C5H12)
Answer:
2764.11 grams of potassium carbonate
Explanation:
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Answer:
As you go down the periodic table, usually atoms get bigger because n gets bigger (there are electrons in higher shells). Effective nuclear charge does get bigger too going down the periodic table, but this effect is smaller than the change in shell.
Explanation:
Answer:
Cl is more likely to than Na
Explanation:
The question asks for the element more take up an electron from the other
The ability of an atom to take take or give electrons in a chemical reaction, depends on its electron affinity and ionization energy, respectively
Chlorine, Cl, has the highest electron affinity in the periodic table which makes it attract electrons more towards itself
Sodium, Na, has a low ionization energy (about 2/5 of that of chlorine) than chlorine, Cl, making sodium more readily able to give its valence electron in a reaction
Therefore, Cl is more likely to take up an outer electron from Na.
Answer:
Octadecane + Dioxygen = Carbon Dioxide + Water
Explanation:
Octadecane - C18H38
Oxidation Number
N-octadecane
Dioxygen - O2
Oxidation Number
O₂ Oxygen Gas Oxygen Molecular Oxygen Oxygen O-17
Products
Carbon Dioxide - CO2
Oxidation Number
Carbonic Acid Gas Dry Ice [CO2] Carbonic Anhydride R-744 E-290 E 290 E290
Water - H2O
Oxidation Number
Dihydrogen Monoxide Dihydridooxygen [OH2] HOH Hydrogen Hydroxide Dihydrogen Oxide Oxidane Hydrogen Oxide