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The sugar solution is neutral.
there is no such indicator.the only way is to add the acidic and basic indicators ,if it does not change the colour of the solution then it is neutral.
The Universal Indicator would go green which is pH 7.
phenolphthalein turns pink when basic solution is added to it but remains colorless in case of neutral and acidic solution
Dilute Household Ammonia or just normal ammonia would do the job.
Phenolphthalein is the PH indicator used to detect the acidity of the solution. When the solution is acidic or near-neutral (PH<8.2), it's colorless; when the solution is basic (8.2<PH<10.0),it will turn from colorless to pink, and gradually turns fuchsia when PH reaches 12.0, back to colorless when overpasses 12.0.
The sugar solution is neutral.
Green
it goes colourless in an alkiline soloution but in an acidic substance it goes a fushia pink colour! You are WRONG! The solution will be colourless at acidic and neutral pH and goes pink above about pH 8, I hope you aren't a science teacher.
sugar is a acid when dipped or mixed in universal indicator...............
there is no such indicator.the only way is to add the acidic and basic indicators ,if it does not change the colour of the solution then it is neutral.
The Universal Indicator would go green which is pH 7.
phenolphthalein turns pink when basic solution is added to it but remains colorless in case of neutral and acidic solution
The sodium chloride water solution is neutral.
Universal indicator doesn't change anything in an acidic or alkali solution. All universal indicator does is show how acidic or alkaline a solution is (red being acidic, green being neutral and blue being alkali)
an universal indicator paper tells you how acid or how alkali it is acid - red alkali - blue neutral - green
The choice is minimal for pH value that high:1,3,5, trinitrobenzene: colorless 12.0 14.0 orangealizerineYellow-R : fine yellow 10.1 12.0 blueish violet(thymolphtalein pH values: colorless 9.3 10.5 blue)