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Can detergents be only polar or only non-polar?

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Can detergents be only polar or only non-polar?

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I believe that detergents can be both polar and non-polar. I say this because in the image, the green molecules are polar and they attached themselves to parts of the detergent molecules. But, just like the detergent is polar, the purple molecules also attached themselves to the detergent molecules. Purple molecules are non-polar, but they attach themselves to detergent, making them non-polar.

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I believe that detergents can both be polar and nonpolar. It can be both because detergents are amphiphilic. That basically means that they are part hydrophilic(polar) and part hydrophobic(nonpolar). Which in turn is why I believe that it can be both polar and nonpolar.

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In most detergents the hydrophilic end is ionic, as in soaps, but in others it is a polar organic fragment. so detergent is polar because they are amphiphilic partly hydrophilic (polar) and partly hydrophobic (non-polar).

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Detergents can be both nonpolar and polar because polar/polar are attracted to each other along with nonpolar/nonpolar, and in the drawing and lab the black dots (detergents) were attracted to both.

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After gathering all my information I think detergent can be both polar and nonpolar. If detergent was just polar or nonpolar it would end up dissolving with the other elements of the same polarity. Having only been just one polarity it would most likely make them stick together and make the separation more difficult. If detergent were to have both of these properties it would easily bond and interact with other molecules. With both of these properties it allows for an easier attraction to the substances since it has enough protons and electrons to attract other molecules. This basically means the electronegativity is evenly spread throughout the atom, causing an easier attraction of the mixtures. The intermolecular attraction may also be strong enough to cause the separation of oil and water as it causes the forces of the molecules to pull closer together and cause the reaction of the separation. Another thing is when you look at the image in 3.6 you can see detergent easily bonding with the other elements despite the different polarities.

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Claim 1: The green molecules are polar.
This is because most of the green molecule interact with the water(polar) and not the oil(non polar). That means that they are polar
Claim 2: The magenta molecules are nonpolar.
This is because most of the magenta molecules intaract with the oil(nonpolar) and not with the water(polar).
Claim 3: The non-detergent molecules (green and magenta) cannot form micelles.
This is because only a molecule that is both polar and non polar, like the detergent, can form micelles.

Can detergents be only polar or only nonpolar? Why?

No, a detergent is both polar and non polar. It cannot change what it is. It can mix with a polar molecule or with a non polar molecule, but it can't change the fact that it is both polar and non polar.

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Detergents work when there mostly non-polar as it has oil and detergents is very useful when removing oil. It sort of can work with polar molecules, but it mostly doesn't do well if water is used to remove oil instead of having detergent.

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Claim 1: The green molecules are polar. Green molecules are polar because they are not interacting with the oil like the magenta ones are.
Claim 2: The magenta molecules were attracted to the oil. Since oil is non-polar as well and we know that non-polar molecules interact with other non-polar molecules more than polar molecules.
Claim 3: None of the non-detergent mystery molecules formed micelles
Detergents can be both nonpolar and polar because it is attracted to both the green and magenta dots.

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Detergents can not only be polar or nonpolar because detergent is made with both polar and nonpolar properties. Detergents are created with both hydrophilic and hydrophobic material, even if you removed one of these from the substance it wouldn't work anymore. I know this knowledge based on the polar-nonpolar card sorting activity we completed this lesson, it's relevant to the image above because it shows that the green and magenta, polar and nonpolar, cells do not attract each other. 

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Detergents can not only be polar or nonpolar because detergent is made with both polar and nonpolar properties. Detergents are created with both hydrophilic and hydrophobic material, even if you removed one of these from the substance it wouldn't work anymore. I know this knowledge based on the polar-nonpolar card sorting activity we completed this lesson, it's relevant to the image above because it shows that the green and magenta, polar and nonpolar, cells do not attract each other. 

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- Trista DeLaughter

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Claim 1: The green molecules are polar. The green molecules are polar because they are not interacting with the oil like the magenta ones are.

Claim 2: The magenta molecules were attracted to the oil.  Oil is non-polar as well and we know that non-polar molecules interact with other non-polar molecules.

Claim 3: None of the non-detergent mystery molecules formed micelles. They didn’t form around oil in water.

Detergents are both polar and nonpolar because they are amphiphilic: partly hydrophilic (polar) and partly hydrophobic (non-polar). Their dual nature facilitates the mixture of hydrophobic compounds like oil with water. It was also attracted to both the green and magenta molecules.

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Detergents can not only be polar and non polar, Detergents are amphiphilic which means that they are partly polar and and partly non polar . the polar head of the soap molecule is attracted to the water while the non polar tail attracts the grease and oil. If detergents were only polar or nonpolar they would not work and be able to do this anymore, they need both polar and nonpolar parts

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detergents can actually be both polar and non-polar. since the detergent  either has ions or it could have molecules. in the image the green molecules are polar and they attached themselves to the parts of the detergent molecules. the purple molecules are non-polar  and they attach themselves to the detergent, which makes them non-polar 

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detergents can actually be both polar and non-polar. since the detergent  either has ions or it could have molecules. in the image the green molecules are polar and they attached themselves to the parts of the detergent molecules. the purple molecules are non-polar  and they attach themselves to the detergent, which makes them non-polar 

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Who wrote these post?

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I believe that detergents are both polar and non-polar. When the detergent is added into water, micelles form, trapping the non-polar molecules inside. Which allows them to be in the same solvent. Which is why i believe that detergents are both polar and non-polar.

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Detergent has a molecule the head of the molecule carries hydrophilic which is attracted by water. The end of the molecule carries hydrophobic which is attracted to grease and dirt. The detergent then breaks down the grease and dirt into smaller pieces which then get washed away by hydrophilic molecules.

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Claim #1 The green molecules are polar. The green molecules (in the image below)  do not interact in the oil the same way the magenta molecules do.
Claim #2 The magenta molecules are non-polar.

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Can detergents be only polar and nonpolar? Throughout the lesson I have learned that Detergents can’t be one or the other, it is both. The reason it is both is because detergent interacts with both the water and the oil. That wouldn't happen if it was only polar or only nonpolar. It has both properties so that it can work in interacting with the water and the oil. It needs both, that's how it forms micelles. The hydrophilic (polar) part, and the hydrophobic (nonpolar) part. 

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Claim #1 - The green molecules are polar. The green molecules are polar, due to the fact they interact with the water and not the oil. This shows that the green molecules are(polar) water-loving molecules.
Claim #2-  The magenta molecules are non-polar. Seeing in the image that the magenta molecules did not really react to nor the water or oil. They simply floated evenly in both fluids, leaving them to be non-polar.
Claim #3 - The  non-detergent molecules (green and magenta) cannot form mihis is true for the reason being they cannot interact with both oil and water.

I have come to the conclusion that detergent can be both polar and non-polar. I have made this claim from doing seeing an experiment using detergent, oil, and water. when the detergent was poured into the oil and water it shower to be reacting to both  leaving it to be a polar and non-polar molecule. The detergent was made  to work with hydrophobic compound such as water and oil.

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Claim 1: The green molecules are polar. They are polar because they interact with water but not oil.
Claim 2: The magenta molecules are non-polar. They are non-polar because they interact with oil but not water.
Claim 3: The non-detergent molecules cannot form micelles. The non-detergent molecules can only interact with water or oil not both.

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From the activity that was said to be done I have gather the research that detergent can not be non-polar nor polar for it was found that it can be both.This was discovered from interacting with the product it self and seeing that the detergent reacts with both the oil and the water.This would not happen if the product were to only be polar or even non-polar.The detergent itself fits in both properties so it can sorta work with any mix that would be put together.

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Detergents are  mainly non-polar but have some polar parts . So that it can make water soluble. Detergents have ionic groups meaning it does not interact with water ions. Detergents have hydrophilic and hydrophobic parts making it able to be soluble in water while still being able to mix with the oils. They have two different ends , a non- polar end and a polar end.

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Detergent can be either polar or nonpolar. Detergents fit the properties of both polar and nonpolar substances
claim 1. the green molecules are polar because they interact with water but not oil
claim 2. the megenta mlecules interact with oil but not water making them nonpolar
claim 3. the non detergent molecules can only interact with water or oil not both

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Detergent is both polar and non polar but it’s mainly non-polar  but also haves some polar parts. So that it can make water soluble. Detergents have ionic grouping meaning it doesn’t have interaction with water ions. Detergents have hydrophilic and hydrophobic parts making it able to be soluble in water while still being able to mix with the oils. They have two different ends, a non-polar ends and a polar end.

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Detergents need non-polar counterparts in order for there to be polar detergent molecules. They interact in ways that differ depending on how much and where these polar detergents are located. In this case, both detergents interacted with the oil and water. If not for the diversity of the molecules, this result would not have been achieved.

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Detergent is both polar and non- polar in my opinion.  If they were just one they would not be successful. If the detergent reacts with the oilo and the water then it means it is neither polar nor non-polar. It reacted with both properties which means that they can will pretty much react to anything. 

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Detergent is both polar and non- polar in my opinion.  If they were just one they would not be successful. If the detergent reacts with the oilo and the water then it means it is neither polar nor non-polar. It reacted with both properties which means that they can will pretty much react to anything. 

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They can be both polar and non-polar. The detergent reacted with both the oil and water meaning that they are not polar nor non-polar. Detergents pretty much fits in both properties so it would react with pretty much everything.

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Detergents work when there mostly non-polar as it has oil and detergents is very useful when removing oil. 

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Detergents work when there mostly non-polar as it has oil and detergents is very useful when removing oil. 