during a dehydration synthesis reaction, a hydrogen atom is removed from one molecule and a hydroxyl group…

during a dehydration synthesis reaction, a hydrogen atom is removed from one molecule and a hydroxyl group is removed from the other, allowing the formation of a new chemical bond. these released particles will then react to form, a byproduct of this type of reaction. need help? review these concept resources. rate your confidence to submit your answer. high medium low reading ©2025 mcgraw hill. all rights reserved. privacy center terms of use

during a dehydration synthesis reaction, a hydrogen atom is removed from one molecule and a hydroxyl group is removed from the other, allowing the formation of a new chemical bond. these released particles will then react to form, a byproduct of this type of reaction. need help? review these concept resources. rate your confidence to submit your answer. high medium low reading ©2025 mcgraw hill. all rights reserved. privacy center terms of use

Answer

Brief Explanations:

In a dehydration - synthesis reaction, a hydrogen atom ($H$) and a hydroxyl group ($OH$) are removed. They combine to form water ($H_2O$), which is the by - product of this reaction.

Answer:

water