Which are the correct components of an ATP molecule?
1 point
three phosphates, three bases and one sugar
three phosphates, one base, and one sugar
two phosphates, one base and one sugar
two phosphates, two bases, and two sugars
The correct components of an ATP molecule are: three phosphates, one base, and one sugar.
The correct components of an ATP molecule are three phosphates, one base, and one sugar.
The correct components of an ATP molecule are two phosphates, one base, and one sugar.
ATP (adenosine triphosphate) is a molecule that stores and releases energy within cells. To determine the correct components of ATP, we need to understand its structure.
ATP is composed of three main components:
1. Phosphates: ATP has three phosphate groups (represented as Pi). These phosphate groups are attached to the adenosine molecule.
2. Base: ATP contains a base called adenine. Adenine is a nitrogenous base that forms part of a nucleotide.
3. Sugar: The sugar component of ATP is ribose, a five-carbon sugar.
Based on the components described above, the correct answer is two phosphates, one base, and one sugar.