Answer:
2, 4, 1, 3, 5
Explanation:
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Answer:
By far the most important use of alkenes is in the making of plastics as plastics are used in almost everything.
Explanation:
Alkenes themselves aren't used much in everyday life however Alkenes are very important to industrial synthesis as it is relatively easy to turn them into other things.
Alkenes can be turned into polymers or plastics through addition reactions and the most common ethene is turned into everything from plastic bags to bottles.
Alkenes can also be turned into alcohols. most commonly propene is used as a feedstock to produce butanol and other products useful in industry or for production
Explanation:
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Answer:
Density=2kg/6m^3=1/3 kg/m^3
Explanation:
A: 8.1 • 10^7 nanometers
Because 1cm = 1 • 10^7 nm
So 8.1cm • (1 • 10^7 nm) = 8.1.10^7
Answer:
Explanation:
In this case, we must analyze the structure for each molecule. In the case of , we have a bond with a chlorine atom. Chlorine has a high electronegativity, therefore the C-Cl bond has a relatively large dipole moment since we have a high electronegativity difference.
In the molecule, we have two bonds of this type, therefore we will have two high dipole moments. Thus, the net dipole moment for this second molecule should be higher.
This statement can be confirmed if we look at the <u>dielectric constant</u>, this value is an indicator of the polarity of a molecule. If we have a high dielectric constant there will be more polarity and therefore a higher net dipole moment.
See figure 1 to further explanations
I hope it helps!