ATP video Quiz

Nora is studying cellular biology and comes across a molecule that is the primary energy carrier in cells. What does ATP, the molecule she is studying, stand for?

• Adenosine Diphosphate

• Adenosine Monophosphate

• Adenosine Tetraphosphate

• Adenosine Triphosphate

Answer explanation

ATP stands for Adenosine Triphosphate, which is the primary energy carrier in cells.

Rohan is studying cellular energy and comes across ATP. He wonders which biomolecule category ATP belongs to. Can you help him identify the correct category?

• Proteins

• Carbohydrates

• Lipids

• Nucleic Acids

Answer explanation

ATP belongs to the category of Nucleic Acids, which are responsible for storing and transferring energy in cells.

Luna, Abigail, and Emma are working on a science project about energy storage in cells. They are discussing ATP, a molecule that stores energy. Can you help them figure out how many phosphates does ATP have?

• 4

• 1

• 2

• 3

Answer explanation

ATP has 3 phosphates, making it the correct choice for energy storage in cells.

Charlotte is studying biochemistry and needs to know the sugar component of ATP for her upcoming exam. What is the sugar component of ATP?

• Deoxyribose

• Ribose

• Fructose

• Glucose

Answer explanation

The sugar component of ATP is Ribose. Ribose is a 5-carbon sugar that is essential for the structure and function of ATP.

Avery, Jackson, and Oliver are conducting a science experiment. They want to know which process can generate ATP in their yeast experiment without the involvement of oxygen. What should they focus on?

• Aerobic Respiration

• Photosynthesis

• Anaerobic Respiration

• Fermentation

Answer explanation

To generate ATP without oxygen, Avery, Jackson, and Oliver should focus on anaerobic respiration.

During a biology class experiment, Samuel observes that when ATP is hydrolyzed in a muscle cell, something happens to it. What does Samuel observe?

• It gains a phosphate and absorbs energy

• It breaks down into smaller molecules

• It loses a phosphate and releases energy

• It becomes more stable

Answer explanation

When ATP is hydrolyzed in a muscle cell, it loses a phosphate and releases energy.

Aria, David, and Harper are studying for their biology exam. They come across a question about the role of ATP in active transport. David suggests that ATP's role is similar to a battery powering a toy car to move uphill, against gravity. What is David referring to?

• He is referring to ATP helping in muscle contraction

• He is referring to ATP being involved in DNA replication

• He is referring to ATP assisting in cell signaling

• He is referring to ATP providing energy to move molecules against their concentration gradient

Answer explanation

David is referring to ATP providing energy to move molecules against their concentration gradient.

During a biology lab experiment, Anika observes that a protein in her sample receives a phosphate from ATP. What is this process called?

• Phosphorylation

• Hydrolysis

• Denaturation

• Oxidation

Answer explanation

Phosphorylation is the process in which a protein receives a phosphate from ATP. It is a common post-translational modification that regulates protein activity and function.

During a biology experiment, Anika and Michael observed a protein sample. They noticed that when the protein was phosphorylated, something happened to it. What was that?

• The protein broke down into smaller peptides

• The protein became more reactive and less stable

• The protein became less reactive and more stable

• The protein lost its function

Answer explanation

When the protein was phosphorylated, it became more reactive and less stable.

Anika, James, and Benjamin are working on a science project about cellular processes. They are discussing the role of ATP. According to their research, what is the overall purpose of ATP in cellular processes?

• It is to store genetic information

• It is to provide structural support to cells

• It is to act as an energy currency

• It is to regulate cell division

Answer explanation

ATP acts as an energy currency in cellular processes, providing energy for various cellular activities.