What happens to the energy released during cellular respiration?(1 point)

ATP stores the energy.
ATP stores the energy.

Oxygen stores the energy.
Oxygen stores the energy.

Carbon dioxide stores the energy.
Carbon dioxide stores the energy.

Glucose stores the energy.

7 answers

The correct answer is: ATP stores the energy.

During cellular respiration, the energy released from the breakdown of glucose is captured in the form of adenosine triphosphate (ATP), which cells use for various functions.

The chemical equation of cellular respiration contains information about(1 point)
Responses

the environment in which cellular respiration occurs.
the environment in which cellular respiration occurs.

the formation of glucose.
the formation of glucose.

the relative amounts of products and reactants.
the relative amounts of products and reactants.

the intermediate reactions needed to break down glucose.

The correct answer is: the relative amounts of products and reactants.

The chemical equation of cellular respiration provides information about the reactants (glucose and oxygen) and the products (carbon dioxide, water, and ATP), as well as their relative amounts in the reaction.

The simplest model of photosynthesis must include which details?(1 point)
Responses

diagram of a chloroplast
diagram of a chloroplast

products of the reaction
products of the reaction

products and reactants of the reaction
products and reactants of the reaction

diagram of a plant
diagram of a plant

The correct answer is: products and reactants of the reaction.

The simplest model of photosynthesis should include the reactants (carbon dioxide and water) and the products (glucose and oxygen) of the reaction, as this captures the essential elements of the photosynthesis process.

The carbon cycle involves the movement of carbon between the four main reservoirs. Which represents one of the main reservoirs?(1 point)
Responses

root respiration
root respiration

oceans
oceans

lakes
lakes

factory emissions

The correct answer is: oceans.

The carbon cycle involves the movement of carbon between several main reservoirs, including the atmosphere, terrestrial biosphere, oceans, and sedimentary rocks. Oceans are a significant reservoir in the carbon cycle.