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Kauppias: Ecosupplements.fi, Merkki: Health Thru Nutrition, Hinta: 14.43 €, Valuutta: €, Saatavuus: in_stock, Toimitus: 8.96 €, Toimitusaika: 5-7 työpäivää, Kategoria: Vitamiinit ja lisäravinteet, Otsikko: Health Thru Nutrition Kapryylihappo, 600mg - 100 pehmytkapseliä
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Kauppias: Ecosupplements.fi, Merkki: Health Thru Nutrition, Hinta: 27.52 €, Valuutta: €, Saatavuus: in_stock, Toimitus: 8.96 €, Toimitusaika: 5-7 työpäivää, Kategoria: Vitamiinit ja lisäravinteet, Otsikko: Health Thru Nutrition N-asetyylikysteiini, 600 mg - 120 kapselia
Price: 27.52 € | Shipping*: 8.96 € -
Kauppias: Ecosupplements.fi, Merkki: Health Thru Nutrition, Hinta: 27.46 €, Valuutta: €, Saatavuus: in_stock, Toimitus: 8.96 €, Toimitusaika: 5-7 työpäivää, Kategoria: Vitamiinit ja lisäravinteet, Otsikko: Health Thru Nutrition C-vitamiini, 500 milligrammaa - 360 kapselia
Price: 27.46 € | Shipping*: 8.96 € -
Kauppias: Ecosupplements.fi, Merkki: Health Thru Nutrition, Hinta: 35.63 €, Valuutta: €, Saatavuus: in_stock, Toimitus: 8.96 €, Toimitusaika: 5-7 työpäivää, Kategoria: Vitamiinit ja lisäravinteet, Otsikko: Health Thru Nutrition Asetyyli-L-karnitiini, 500 milligrammaa - 200 kapselia
Price: 35.63 € | Shipping*: 8.96 € -
Kauppias: Kahvikaveri.fi, Merkki: Acorus, Hinta: 11.39 €, Valuutta: €, Saatavuus: in_stock, Toimitus: 3.99 €, Toimitusaika: 2–4 lisäarkipäivää, Kategoria: Vitamiinit ja lisäravinteet, Otsikko: Teelajitelma ACORUS Wellness, 60 kpl.
Price: 11.39 € | Shipping*: 3.99 €
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Can saltwater dissolve earwax?
No, saltwater cannot dissolve earwax. Earwax is made up of a combination of sweat, dead skin cells, and oil secreted by glands in the ear canal. Saltwater, which is a mixture of salt and water, does not have the properties necessary to break down or dissolve the components of earwax. Specialized ear drops or solutions are typically used to soften and help remove earwax buildup.
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Why did he dissolve?
He dissolved because he realized that the relationship was no longer healthy or fulfilling for either party involved. The differences and conflicts between them had become too overwhelming to overcome, leading to a decision to end the relationship. Dissolving the relationship was seen as the best course of action to allow both individuals to move on and find happiness elsewhere.
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How does caffeine dissolve?
Caffeine dissolves in water due to its polar nature. The caffeine molecule contains polar groups that interact with the polar water molecules, allowing it to break down and disperse in the water. This process is known as hydration, where water molecules surround and solvate the caffeine molecules, enabling them to be evenly distributed throughout the solution. Additionally, the temperature of the water can also influence the rate at which caffeine dissolves.
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Should creatine powder dissolve?
Yes, creatine powder should dissolve easily in water or juice. If the creatine powder is of good quality, it should dissolve completely without leaving any residue or clumps. Properly dissolved creatine powder is easier for the body to absorb and can be more effective in improving athletic performance and muscle strength. If the creatine powder does not dissolve well, it may indicate a lower quality product or improper storage.
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Does a CD dissolve?
No, a CD does not dissolve. CDs are made of polycarbonate plastic, which is not water-soluble. While the plastic may break down over time due to exposure to heat and light, it does not dissolve in the same way that a substance like sugar or salt would in water. Instead, the plastic may degrade into smaller pieces, but it does not fully dissolve.
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Why doesn't chlorine dissolve?
Chlorine is a gas at room temperature and pressure, and it does not dissolve in water because it is not polar. Water is a polar molecule, meaning it has a positive and negative end, which allows it to dissolve other polar substances. However, chlorine is nonpolar, so it does not interact with water molecules in a way that allows it to dissolve. Instead, chlorine reacts with water to form a mixture of hydrochloric acid and hypochlorous acid.
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Can dental floss dissolve?
Dental floss is typically made of nylon or Teflon, which are both non-biodegradable materials. As a result, dental floss does not dissolve in water or break down naturally. This is why it's important to dispose of dental floss properly in the trash rather than flushing it down the toilet, as it can contribute to environmental pollution.
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Can a class dissolve?
Yes, a class can dissolve if the necessary conditions are met. For example, if the class does not have enough students enrolled, it may be dissolved. Additionally, if the class is no longer relevant to the curriculum or if the instructor is unable to continue teaching the class, it may also be dissolved. In any case, the decision to dissolve a class is typically made by the educational institution or the department responsible for managing the class schedule.
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Which 10 substances dissolve in water and which 5 do not dissolve?
Substances that dissolve in water include salt (sodium chloride), sugar (sucrose), baking soda (sodium bicarbonate), ammonia (NH3), vinegar (acetic acid), rubbing alcohol (isopropyl alcohol), hydrogen peroxide (H2O2), and table salt (sodium chloride). Substances that do not dissolve in water include oil, sand, chalk, flour, and sulfur.
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Why do esters dissolve well in gasoline, while they dissolve poorly in water?
Esters dissolve well in gasoline because both esters and gasoline are nonpolar substances. Gasoline is a hydrocarbon mixture, which is nonpolar, and esters have a nonpolar region in their structure due to the carbon-oxygen double bond. This similarity in polarity allows esters to mix well with gasoline. On the other hand, water is a polar substance due to its hydrogen bonding, and esters are nonpolar. This difference in polarity makes it difficult for esters to dissolve in water, as polar and nonpolar substances do not mix easily.
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Why does methanol only dissolve in water and hexanol only dissolve in fat?
Methanol is a polar molecule, meaning it has a slight positive and negative charge, which allows it to form hydrogen bonds with water molecules. This makes it soluble in water. On the other hand, hexanol is a nonpolar molecule, meaning it does not have a significant positive or negative charge, and therefore cannot form hydrogen bonds with water. Instead, it can dissolve in fat, which is also nonpolar. This difference in polarity and ability to form hydrogen bonds determines the solubility of these two substances in different solvents.
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Why does bromine dissolve well in heptane, while potassium bromide does not dissolve?
Bromine dissolves well in heptane because both substances are nonpolar, which allows them to mix easily. Heptane is a nonpolar solvent, and bromine is also nonpolar, so they are able to form a homogeneous solution. On the other hand, potassium bromide does not dissolve in heptane because it is an ionic compound, and heptane is unable to effectively interact with the charged ions in the potassium bromide. Ionic compounds like potassium bromide typically dissolve better in polar solvents where the charged ions can be effectively solvated.
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