C3h8 Lewis Structure - How To Discuss
C3h8 Lewis Structure
Chemistry help?
If you promise to read the reasons for my answer, I will help you in your work. Okay fine? It doesn't matter.
1. Consider the Lewis structure of C3H8, propane. Is this molecule polar or non-polar?
C. The molecule is non-polar because there is little difference in electronegativity between carbon and hydrogen.
The difference in electrolyticity between carbon and hydrogen is minimal, resulting in a very small dopole moment, and propane is symmetrical, so all dopole moments are balanced across the whole molecule.
the. Which of the following van der Waals has the greatest effect on the propane molecule (C3H8)?
D. Spread London London
Small propane molecules accumulate like bands, and London's lost strength is greater than that of other forces.
3. Relatively high boiling point of water is due to the fact of water
A. Hydrogen bonding
Water molecules form hydrogen bonds together and this greatly increases the intercellular attraction, which means that water has a very high heat capacity and similar molecules such as anne, ammonia and water Remains in liquid state at a temperature much higher than.
the. Which of the following intercellular forces plays an important role in logical molecules such as proteins and DNA?
D. Hydrogen bonding
The position of hydrogen bonds strongly affects the shape of these macromolecules. Although not very strong bonds, they have a strong effect because a large number of them are used in proteins and DNA, and they are linear bonds, meaning that when the molecules are properly aligned So they are strong.
C3h8 Lewis Structure
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C3h8 Lewis Structure
Chemistry help? 3
1. Consider the Lewis structure for C3H8, propane. Is this molecule polar or non-polar?
A. This molecule is polar because there is a big difference in the electrical negativity between carbon and hydrogen.
B. This molecule is polar due to its length.
C. The molecule is non-polar because there is a slight difference in the electrical negativity between carbon and hydrogen.
D. This molecule is non-polar because it has a lot of carbon in its center.
2. Which of the following van der Waals forces has the greatest effect on the propane molecule (C3H8)?
A. Dupole Dupole
B. iondipolar
C. Hydrogen bonding
D. London Spread
3. The relatively high boiling point of water is due to the fact that water
A. Hydrogen bonding
B. Metal connection
C) Non-polar harmony bonds
Strong ionic bond
4. Which of the following intermolecular forces play an important role in logical molecules such as proteins and DNA?
A. Ionic dipolar force
B. dispersion power
C. Dupole style
D. Hydrogen bonding
If you promise to read the reasons for my answer, I will help you in your work. Okay fine? It is good.
1. Consider the Lewis structure for C3H8, propane. Is this molecule polar or non-polar?
C. This molecule is not polar because there is a slight difference in electronegativity between carbon and hydrogen.
The difference in electronegativity between carbon and hydrogen is minimal, which makes a very small dopole moment, and propane is also compatible, so all dopole moments are balanced throughout the molecule.
2. Which of the following van der Waals forces has the greatest effect on the propane molecule (C3H8)?
D. London Bazi
The tiny propane molecules stick together like ribbons, and London's scattering power is greater than any other.
3. The relatively high boiling point of water is due to the fact that water
A. Hydrogen bonding
Water molecules form hydrogen bonds together and this significantly increases the intermolecular attraction, which means that water has a very high heat capacity and is much higher than molecules like water, ammonia and hydrogen sulfide. Remains in liquid state at room temperature.
4. Which of the following intermolecular forces play an important role in logical molecules such as proteins and DNA?
D. Hydrogen bonding
The shape of these macromolecules is strongly affected by the position of the hydrogen bonds. Although not very strong bonds, they have a strong effect because a large number of them are used in proteins and DNA, and they are linear bonds, meaning that when molecules are properly joined, they Are strong.
C3h8 Lewis Structure
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