Net ionic: Br2 + 2I- -> 2Br- + I2
When bromine water is shaken with a saturated fat, the bromine water will turn colorless. This is because saturated fats do not contain double bonds to react with the bromine in a typical alkene addition reaction, which would normally turn the bromine water brown/orange.
If bromine water is shaken with an unsaturated fat, the initially orange bromine water will change color to colorless. This is because unsaturated fats can undergo addition reactions with bromine, breaking the double bonds and forming bromoalkanes.
When sodium chloride is placed in water and shaken, it will dissolve into its ions of sodium (Na+) and chloride (Cl-). This forms a solution of sodium chloride in water, where the Na+ and Cl- ions are dispersed throughout the water.
The process you are referring to is liquefaction. Liquefaction occurs when water-saturated soil is shaken by an earthquake, causing it to lose strength and behave like a liquid, often resulting in ground failure and structural damage.
Loose, saturated sandy soils with poor drainage are prone to liquefaction during an earthquake. When these soils are shaken by an earthquake, the water-saturated particles lose their strength and behave like a liquid, leading to ground instability and potential damage to structures.
If ethene is shaken with bromine water, the orange color of bromine water will be decolorized due to the addition reaction of bromine to ethene. This reaction results in the formation of a colorless compound called 1,2-dibromoethane.
When bromine water is shaken with a saturated fat, the bromine water will turn colorless. This is because saturated fats do not contain double bonds to react with the bromine in a typical alkene addition reaction, which would normally turn the bromine water brown/orange.
If bromine water is shaken with an unsaturated fat, the initially orange bromine water will change color to colorless. This is because unsaturated fats can undergo addition reactions with bromine, breaking the double bonds and forming bromoalkanes.
When bromine water is shaken with a saturated fat, the orange color of the bromine water will fade due to the reaction between the bromine and the unsaturated fatty acids in the fat. This reaction is a test for the presence of unsaturation in a compound.
When bromine water is shaken up with propene, the bromine water will decolorize due to the addition reaction between bromine and propene. This reaction results in the formation of a colorless 1,2-dibromoethane product.
When two miscible liquids are placed in a beaker and shaken, they will thoroughly mix to form a homogeneous solution. This occurs because the molecules of each liquid interact and distribute evenly throughout the mixture. As a result, the distinct properties of each liquid may change, and the combined solution will exhibit characteristics that differ from those of the individual liquids.
If the gas was hydrogen, it would have decolorized the bromine water, turning it from orange to colorless. This is a common test for the presence of unsaturated hydrocarbons like alkenes, which react with bromine to form colorless products.
Bromine water is a dilute solution of bromine that is normally orange-brown in colour, but becomes colourless when shaken with an alkene. Alkenes can decolourise bromine water, while alkanes cannot.
When bromine water is shaken up with propane, a reaction occurs where the bromine water decolorizes. This is because bromine water is a reddish-brown color and reacts with the unsaturated bonds in propane to form colorless products. The reaction is a test for unsaturation in organic compounds, as alkenes and alkynes can react with bromine water to form colorless compounds, while alkanes do not undergo this reaction and the color of the bromine water remains unchanged.
When beer is opened, carbon dioxide gas is released from the liquid, causing foam to form. When beer is shaken, the carbon dioxide gas is dispersed throughout the liquid, preventing foam from forming immediately upon opening.
No, particles of a liquid are always in motion due to thermal energy, even when they are not shaken. This movement occurs as they collide with one another, allowing liquids to flow and take the shape of their container. Shaking a liquid increases the energy and speed of the particles, enhancing their movement and mixing.
When soda is shaken, carbon dioxide gas in the liquid is released and forms bubbles. These bubbles rise to the surface, carrying the liquid with them and causing the soda to fizz and foam. This process is known as nucleation, where the gas is released rapidly due to the agitation.