Question

press on an item in the answer box, and then press on the box under the corresponding category. to remove an item, you can press on the box and the trash can icon to the right of the item you want to remove. atp both atp and adp adp add an answer item! add an answer item! add an answer item! answer bank adenine two phosphate groups three phosphate groups low energy high energy ribose

Explanation:

To solve this, we analyze the components of ATP (adenosine triphosphate) and ADP (adenosine diphosphate):

ATP Column:

• three phosphate groups: ATP has 3 phosphate groups.
• high energy: ATP is the high - energy form (energy stored in the phosphate bonds).

both ATP and ADP Column:

• adenine: Both ATP and ADP have adenine as a nitrogenous base.
• ribose: Both ATP and ADP have ribose (a sugar) as part of their structure.

ADP Column:

• two phosphate groups: ADP has 2 phosphate groups (since it’s adenosine diphosphate).
• low energy: ADP is the lower - energy form compared to ATP (after energy release from ATP).

Filling the Table:

• ATP: three phosphate groups, high energy
• both ATP and ADP: adenine, ribose
• ADP: two phosphate groups, low energy

(To fill the interactive boxes: Press the item in the Answer Bank, then press the corresponding “Add an answer item!” box under the category. For example, for “adenine” in “both ATP and ADP”, press “adenine” in the Answer Bank, then press the “Add an answer item!” box under “both ATP and ADP”.)

Answer:

To solve this, we analyze the components of ATP (adenosine triphosphate) and ADP (adenosine diphosphate):

ATP Column:

• three phosphate groups: ATP has 3 phosphate groups.
• high energy: ATP is the high - energy form (energy stored in the phosphate bonds).

both ATP and ADP Column:

• adenine: Both ATP and ADP have adenine as a nitrogenous base.
• ribose: Both ATP and ADP have ribose (a sugar) as part of their structure.

ADP Column:

• two phosphate groups: ADP has 2 phosphate groups (since it’s adenosine diphosphate).
• low energy: ADP is the lower - energy form compared to ATP (after energy release from ATP).

Filling the Table:

• ATP: three phosphate groups, high energy
• both ATP and ADP: adenine, ribose
• ADP: two phosphate groups, low energy

(To fill the interactive boxes: Press the item in the Answer Bank, then press the corresponding “Add an answer item!” box under the category. For example, for “adenine” in “both ATP and ADP”, press “adenine” in the Answer Bank, then press the “Add an answer item!” box under “both ATP and ADP”.)