Question

chemical bonds,glucose,oxygen,carbon dioxide,water,a carbon atom connected to another carbon atom,an oxygen atom connected to another oxygen atom,a carbon atom connected to an oxygen atom,an oxygen atom connected to a hydrogen atom,how do glucose, oxygen, carbon dioxide, and water differ? select all that apply.,the combination of atoms,the combination of bonds,the arrangement of atoms

Explanation:

• Combination of atoms: Glucose ($C_6H_{12}O_6$) has carbon, hydrogen, and oxygen atoms. Oxygen ($O_2$) has only oxygen atoms. Carbon dioxide ($CO_2$) has carbon and oxygen atoms. Water ($H_2O$) has hydrogen and oxygen atoms. So, they differ in the types of atoms combined.
• Combination of bonds: Glucose has C - C, C - O, O - H bonds. Oxygen has O - O bonds. Carbon dioxide has C - O bonds. Water has O - H bonds. Different combinations of bonds exist.
• Arrangement of atoms: The structural formulas (e.g., how atoms are linked in space) are different for each molecule. For example, glucose has a complex ring - like (in cyclic form) or chain - like (in open - chain form) structure, while water has a bent structure ($H - O - H$ with a bond angle), oxygen is linear ($O = O$), and carbon dioxide is linear ($O = C = O$).

Answer:

the combination of atoms, the combination of bonds, the arrangement of atoms