Examples of using C-c in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
C-C is a unison.
OtterBox USB C-C Cable.
Reason: C-C chain is surrounded by compactly arranged fluorine atoms(F).
If fewer false positives are required, C-C is moved to the right;
In this process, all of the C-C and C-H bonds of the pyruvate will be transferred to oxygen.
Energy from sunlight is converted into and stored as C-C covalent bond energy.
These alkoxy radicals are susceptible to C-C fragmentation reactions, which explains the formation of a mixture of products.
The electron pair bond between theadjacent axial H moves to the bond between the two C-C making it C=C.
This bond lies outside the main C-C axis, with half of the bond on one side of the molecule and half on the other.
Structures with alternation single and double bonds, such as O=C-C=C, are called conjugated systems.
Because of the presence of carbon and C-C and C-H covalent bonds, they are considered as organic compounds similar to other carbohydrates.
In addition, since both double bonds are separated by a single C-C bond, the double bonds are conjugated.
Fatty acids are made of long chains of carbon(C) atoms, and some of these carbonatoms are connected by single bonds(-C-C-) only.
Each carbon atom has four bonds(either C-H or C-C bonds), and each hydrogen atom is joined to a carbon atom(H-C bonds).
Anionic and cationic have permanent negative or positive charges,attached to non-polar(hydrophobic) C-C chains.
Because of the presence of carbon and C-C and C-H covalent bonds, disaccharides are also organic compounds, just as the other carbohydrates.
According to Hückel,only the ethene σ bond is axially symmetric about the C-C axis, but the π bond is not; this restricts rotation.
In CaC2 crystal, the C-C distance is 120pm, which corresponds to the bond length of carbon-carbon triple bond, the distance between Ca and C is 259 and 282pm.
For example,propane is described as consisting of ten sigma bonds, one each for the two C-C bonds and one each for the eight C-H bonds.
And because of the presence of carbon and C-C and C-H covalent bonds, oligosaccharides, just as the other carbohydrates are organic compounds.
Considering that the upwards impulse is running out of steam,my forecast is projecting an exit from the C-C channel and a decline to 1.1372.
Each carbon atommust have 4 bonds(either C-H or C-C bonds), and each hydrogen atom must be joined to a carbon atom(H-C bonds).
In β-pleated sheets, stretches of amino acids are held in an almost fully-extended conformation that“pleats” orzig-zags due to the non-linear nature of single C-C and C-N covalent bonds.
For example, in the cyanohydrin reaction a cyanide ion forms a C-C bond by breaking the carbonyl's double bond to form a cyanohydrin.
Shorter than average C-C bond distances are also possible: alkenes and alkynes have bond lengths of respectively 133 and 120 pm due to increased s-character of the sigma bond.
The same study also estimated that stretching or squeezing the C-C bond in an ethane molecule by 5 pm required 2.8 or 3.5 kJ/mol, respectively.
In particular, since the B-N unit is isoelectronic to C-C, and carbon is essentially intermediate in size between boron and nitrogen, much of organic chemistry finds an echo in boron-nitrogen chemistry, such as in borazine"inorganic benzene.
This gives it the flexibility to engage in binding the double bonds as they undergo a cyclization reaction,generating a cyclobutane structure via C-C reductive elimination; alternatively a cyclobutene structure may be produced by beta-hydrogen elimination.
The variable cost rate can be found using the formula VCR=C- cP- p{\displaystyle VCR={\frac{C-c}{P-p}}}, where C and c are the costs for the higher and lower months, respectively, and P and p refer to their production levels.
Each carbon atomis sp3-hybridized with 4 sigma bonds(either C-C or C-H), and each hydrogen atom is joined to one of the carbon atoms in a C-H bond.