Makiko fed half her gerbils all at once. The other half were fed their daily ration in three equal parts. After a month, all of the gerbils we're tested in in the maze. What hypothesis is experiments designed to test?
It is not clear from the given information what hypothesis the experiment is designed to test.
Identify a good hypothesis related to EMR/EMS (electromagnetic
radiation/spectrum), specifically white light
Exposure to white light with a higher frequency of electromagnetic radiation enhances cognitive performance compared to exposure to white light with a lower frequency of electromagnetic radiation.
Design an experiment to test such hypothesis. (Clue: rainbow is caused by
droplets of water separating sunlight into its components).
Design an experiment to test rainbow is caused by
droplets of water separating sunlight into its components).
Design an experiment to rainbow is caused by
droplets of water separating sunlight into its components.
To determine the hypothesis that the experiment is designed to test, we need to analyze the information provided. In this case, Makiko fed half of her gerbils all at once, while the other half were fed their daily ration in three equal parts. After a month, all of the gerbils were tested in a maze.
Based on this information, a possible hypothesis that the experiment could be testing is whether the feeding method affects the maze performance of the gerbils. The experiment is designed to compare the maze performance between gerbils that were fed all at once and those that were fed in three equal parts.
To confirm this hypothesis, you could analyze the data from the maze performance of the two groups of gerbils. Comparing the average time taken by each group to complete the maze or comparing the number of errors made could help determine if there is a significant difference in performance based on the feeding method.