0.01 m hcl solution has a ph of 2. suppose that during the experiment, both the universal ph indicator and…

0.01 m hcl solution has a ph of 2. suppose that during the experiment, both the universal ph indicator and the cabbage indicator turn orange - red for 0.01 m hcl. what can you conclude about the cabbage indicator key?\nit matches the universal ph indicator and is indicating the proper ph.\nit should completely match the universal indicator key for all ph values greater than 7 (base).\nit should completely match the universal indicator key for all ph values.\nthere was some sort of experimental error, because the indicators should never match.\ndone

0.01 m hcl solution has a ph of 2. suppose that during the experiment, both the universal ph indicator and the cabbage indicator turn orange - red for 0.01 m hcl. what can you conclude about the cabbage indicator key?\nit matches the universal ph indicator and is indicating the proper ph.\nit should completely match the universal indicator key for all ph values greater than 7 (base).\nit should completely match the universal indicator key for all ph values.\nthere was some sort of experimental error, because the indicators should never match.\ndone

Answer

Brief Explanations:

A 0.01 M HCl solution has a pH of 2. Since both the universal pH - indicator and the cabbage indicator turn orange - red for this solution, it means the cabbage indicator is showing the same color as the universal indicator for this acidic pH value. This implies that the cabbage indicator key matches the universal pH indicator and is indicating the proper pH for this acidic solution.

Answer:

It matches the universal pH indicator and is indicating the proper pH.