The Ammonia is set on fire. And the wool turns green for five minutes. Then it dematerializes. If you dont believe me look it up losers.... :P
Ammonia gas reacts with Nessler reagent to form a yellow to brown color, indicating the presence of ammonia. This is used as a qualitative test for the presence of ammonia in a solution.
It turns blue
it has a big carbone footprint, it is about 3,500 killogrames, wh
Disentangle is the opposite of entangle. He disentangled his hands from the wool.
Ammonia absorption refrigerators work by using a combination of ammonia, water, and hydrogen gas to create a cooling effect. The process starts with ammonia evaporating in one part of the system, absorbing heat and cooling the surrounding area. The ammonia gas then travels to another part of the system where it is absorbed by water, releasing the heat and returning to a liquid state. This cycle continues, with the ammonia gas being absorbed and released, creating a continuous cooling effect that efficiently cools food and beverages.
Aqueous ammonia turns red litmus paper blue because ammonia is a base and reacts with the red litmus to change its color to blue. This is because the ammonia accepts a proton from the litmus paper, causing the change in color.
C. K. Rowan has written: 'Application of some differential dyeing treatments for carpet' 'A re-examination of the potential for chemically bulking wool in liquid ammonia' 'Insect-resist treatment in the ANDAR/WRONZ CHEMSET machine' 'The overtreatment of wool with insect-resist agents in the loose wool scour'
Ammonia can corrode aluminum by forming an aluminum ammine complex that can weaken the metal. It can also cause stress corrosion cracking in aluminum. On bronze, ammonia can tarnish the surface and cause pitting corrosion by attacking the copper content in the alloy.
When heat is applied to ammonia crystals, they absorb energy and undergo endothermic decomposition to form gaseous ammonia and hydrogen gas. This reaction consumes heat from the surroundings, causing a cooling effect. Therefore, the resulting ammonia gas feels cold.
Ammonia's ability to make things cold is mainly due to its evaporation process. When liquid ammonia evaporates, it absorbs heat from the surrounding environment, causing a cooling effect. This principle is utilized in refrigeration systems where ammonia is compressed and then allowed to expand, resulting in a drop in temperature.
Dilute ammonia water probably neutralizes the venom of the ant bite, causing it to have less of an effect.
Dry ammonia gas does not have an immediate effect on litmus paper because it is not in solution. However, when ammonia gas dissolves in water, it forms ammonium hydroxide, which is a basic solution that turns red litmus paper blue due to its alkaline pH.