The indicator's color when mixed with Orange Juice would depend on the specific pH indicator used. For example, phenolphthalein would remain colorless, while bromothymol blue would turn yellow due to the acidic nature of orange juice. Generally, many indicators would show a shift towards a yellow or pink hue, indicating acidity.
Orange juice would be acidic in nature, so it would likely turn red or pink in Universal indicator due to its low pH level.
When universal indicator is added to lime juice, it typically turns a reddish color, indicating that the lime juice is acidic. Lime juice is high in citric acid, which is why it produces this reaction with the indicator.
It is a browny-pinky-purple. If you were to go for the type in which you had to dilute it would be a very bright green colour. and freshly squeezed orange juice is multicoloured, with hints of all the colours of the rainbow.
As orange juice being an acidic solution, it turns blue litmus into red.
Citric acid is a weak acid, so it would turn a universal indicator to orange or red.
Universal indicator would turn blue or purple in soil containing alkaline.
It turns into a bright reddish orange colour. (A bit similar to the can) The pH value would be around 2. Hope this helps :)
Milk of magnesia is a basic solution. Therefore, methyl orange shows a yellowish orange colour. Further, this indicator shows a red colour in acidic solutions.
A weak acid would typically be a shade of orange or red in universal indicator, indicating a pH of around 4-6.
Orange juice is acidic due to its citric acid content, which typically results in a pH below 7. When tested with pH paper, which changes color based on the acidity or alkalinity of a substance, orange juice would likely turn the pH paper to a color indicating acidity, such as red or orange. The exact color would depend on the pH range of the particular pH paper being used.
Yes it does (I know because i did the test on orange juice) The more Vitamin C something has in it the less drops of that thing (in my case the orange juice) is needed for the DCPIP to go pale yellow. It is an awesome test! I would try it ( only if you have DCPIP and lots of different types of orange juice! Of course!)
Lemon juice. It has a pH of 2.3, whereas orange juice has a pH of 3.3. What is being cleaned off is the CuO and CuCO3 that forms on the penny. Both O2- and CO32- are bases, so the stronger the acid, the more effectively they will be reacted away. I did a quick online search for the pH of grape juice but did not find anything, but given that it lacks the sour taste that orange and lemon juice have (an indicator of acidity), I would have to assume that it is not as acidic as either lemon or orange juice.