Answer:
D) Both the first and third answers are correct.
You need to give some of the options that are given to you
Answer:
Differential reinforcement of low rates of behavior
Explanation:
Based on the information provided within the question it can be said that this is a Differential reinforcement of low rates of behavior. Also known as DRL, this requires a minimum amount of time to pass before a reinforcement is introduced, but must be less than the prescribed limit. This technique was created by Ferster and Skinner in 1957.
<span>The answer to the question is D. A picture of a favorite relative from the past. In order to have an appropriate visualization, or mental image, of an object, one must have had prior experience with that said object. Not everyone has seen a beach, or driven in a car, or even had a pet as a child, but everyone has had a favorite relative from the past. Such a person would be very easy to visualize.</span>
For her to be able to run, she needs carbs from the meal she ate as well as the oxygen she breathed.
She had bread and peanut butter, both of which are high in carbs and sugar (glucose). By breathing, she obtains enough oxygen to undertake aerobic respiration in her cells, which provides the energy needed to run. Before the activity, carbs are a superior choice of nutrients since they provide you energy right away.
Per cycle of cellular respiration, aerobic respiration produces a considerable quantity of energy—36 ATP, to be exact.
Krebs cyclization, oxidative phosphorylation, and glycolysis. Here, oxygen and glucose interact. This finally gives the cell 36 ATP molecules during a run.
Learn more about carbohydrates at
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The question is -
Rosa eats a peanut butter sandwich for lunch. Peanut butter contains a lot of protein, and bread is mostly starch. Rosa plans to go for a run later this afternoon. Rosa is breathing normally.
What does she need from the food she ate and the air she breathes so that she can go on her run? How do Rosa's body systems work together to get the molecules she needs into her cells? How do her cells use these molecules to release energy for her body to run?
