because the tea leaves are brown.
You will see Aqueous Bromine or Bromine water
Mixing brown and black would result in a darker shade of brown. The black would deepen the color of the brown but not drastically change its hue.
Neutral solution: pH =7Acidic solution: pH7.
A reaction would occur, resulting in the production of bromine. This is because chlorine is more reactive than bromine and will displace it from the sodium bromide solution, forming sodium chloride and bromine. The bromine produced can be identified by its red-brown color and distinct odor.
You can use a precipitation test by adding NaOH solution to identify FeCl3, which forms a red-brown precipitate of iron hydroxide. Another test involves adding potassium ferrocyanide, which forms a deep blue precipitate of ferric ferrocyanide. Both of these confirm the presence of FeCl3.
You are unable to take the brown coloring out of a jar of tea solution. This is because it was chemically changed.
You are unable to take the brown coloring out of a jar of tea solution. This is because it was chemically changed.
You are unable to take the brown coloring out of a jar of tea solution. This is because it was chemically changed.
If you smoke this could just be the nicotine colouring what would normally be a 'greeny'.
No.
evaporation or boiling!!!
if you have reddish brown result.
green
Sugars - Benedict's solution Fats - Brown Paper Starch - Iodine Protein - Biuret Solution
from colourless(solution) to brown(solution)
You will see Aqueous Bromine or Bromine water
It was originally green, but after drink colors is added in the formula, thus creating the brown tint.