Question

Jennifer performed an experiment to see how temperature affects the rate of breathing. Group A will have their rate of breathing measured in 350 F and Group B will have their rate of breathing measured in 700 F.Create an If?then statement.

Answer 1

An If-then statement based on Jennifer's experiment could predict that if the temperature is increased, then the rate of breathing will be higher due to increased metabolic rates at higher temperatures.

Step-by-step explanation:

To determine how temperature affects the rate of breathing, an If-then statement based on Jennifer's experiment could be the following: If the temperature is increased from 35°F to 70°F, then the rate of breathing for Group B will be higher than the rate of breathing for Group A because metabolic rates generally increase with temperature.

This prediction is based on the understanding that physiological processes such as respiration are sensitive to temperature changes. Molecules move faster and chemical reactions occur more rapidly at higher temperatures, leading to an increased demand for oxygen to support cellular respiration and energy production, hence a potential rise in breathing rate.