Blue litmus paper will turn to red because hydrochloric is an acid.
In aqueous solutions,acid change blue litmus paper to red.
In aqueous solutions,base change red litmus paper to blue.
The paper will remain red if dipped in an acid. Hydrochloric acid is clearly an acid, thus the paper will remain red.
The color is red.
Red.
pH scale for red litmus is from 8 to 14
blue because higher in ph scale red in 0 to 7 7 is nutraul and 8 to 14 is blue
Litmus solution is added to an acid or base to measure its pH. Litmus paper is dipped in. You can take the paper back out, but the solution can't be pulled back out.
The answer isn't so simple. There are various kinds of pH paper. However, I presume you are referring to litmus paper which is the widest distributed form. Acetic acid has no effeect on red litmus paper but turns blue litmus red
When you put the red litmus paper and the blue litmus paper into the urine, it will surely change its color and turn into violet. It's the result of our experiment!
pH scale for red litmus is from 8 to 14
yes. litmus changes to a rainbow colour since methane is neutral on the ph scale :)
hydrochloric acid usually has pH 1 which turns litmus Red
On litmus or pH paper.
After studying the color of litmus at different pH.
If the vinegar is strong enough to be below 4.5 pH the litmus paper will turn (or stay) red.
litmus paper finds if something is alkaline or acid blue= alkaline red=acid there are other colours along the PH scale
Vinegar on a pH scale is red. This means that it is a strong acid and the pH value would be 1/2/3.
Barium nitrate has a pH of 5 and is, thus, an acid. So, it will turn a litmus paper red, rather than blue.
It turns from blue to red or red to blue.ANS2:Acetone will not change the colour of litmus. It is not an ionic substance so it will not produce a change in pH.
Blue litmus paper stays blue in a neutral solution. It turns red only when in an acidic solution. Similarly, red litmus paper would stay red in a neutral solution and turn blue in an alkaline solution. Added: acidic: pH below 5.5 it turns (stays) red alkaline: pH above 8.0 it turns (stays) blue neutral, in between 5.5 and 8.0: its color is purple, between 'red and blue' or 'blue and red' A much better indicator paper is universal indicator paper. It is yellow and can tell you the exact pH of the solution it is dipped in, going yellow to red in acidic conditions, blue to purple in alkaline conditions and green in neutral conditions. The exact colour depends on the pH.
The Ph scale does not have colours.