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It probably has a ketone, and a ringed structure. It also might end with the suffix -one.
This atom could be any of a number of different elements: having 8 valance electrons does not necessarily mean that the outer shell of the atom is full as larger atoms can store more electrons per shell (first shell=2, 2nd=8, 3rd, 18, etc)
Depends, but it is probably electron
It probably is. It's not a frame structure or solid structure.
most probably gaint structure.......i am not sure
"Atoms" is probably the answer sought, although protons, electrons, and usually neutrons would also be correct.
It probably has a ketone, and a ringed structure. It also might end with the suffix -one.
The molecule most associated with the names Watson and Crick is DNA, which has ... a complicated structure, if you look at the details. But the answer the question is probably looking for is "double helix".
A covalent molecules are molecules formed by covalent bond(sharing of electrons) b/n nonmetals with the exception of amonium ion to satisfy octate electron.
This atom could be any of a number of different elements: having 8 valance electrons does not necessarily mean that the outer shell of the atom is full as larger atoms can store more electrons per shell (first shell=2, 2nd=8, 3rd, 18, etc)
Probably a face-centered cubic structure.
Probably the most hydrophobic molecule is the cholesterol molecule. It is composed mostly of fat and therefore will move away when exposed to water,
Five. Fluorine and chlorine are in the 2p and 3p shells, respectively. Because each p orbital contains a maximum of six electrons, and fluroine and chlorine both have one less, they each have five.
What man, it's very simple -- since chlorine has atomic number 17 and has 7 electrons in its outermost orbit and being a electronegative element it will most probably gain a electron. Well in which standard are you?
Depends, but it is probably electron
No. A cell consists of many, many molecules - millions probably.
a compound (i think)